CN209725464U - It is a kind of applied to multi-specialized assembled anti-knock suspension and support - Google Patents
It is a kind of applied to multi-specialized assembled anti-knock suspension and support Download PDFInfo
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- CN209725464U CN209725464U CN201822156444.0U CN201822156444U CN209725464U CN 209725464 U CN209725464 U CN 209725464U CN 201822156444 U CN201822156444 U CN 201822156444U CN 209725464 U CN209725464 U CN 209725464U
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Abstract
The utility model discloses a kind of to be passed through the first bindiny mechanism respectively and connect with building concrete structure applied to multi-specialized assembled anti-knock suspension and support, including two y-axis channel steel one end；The both ends of two translot steel pass through connect vertical with the two y-axis channel steel other ends of the 6th bindiny mechanism respectively and form U-shaped framework, are connected with the tube bank of several Ω types by the 5th bindiny mechanism on any translot steel and are connected with several air hose fixed frames；Two x-axis channel steel one end pass through the second bindiny mechanism respectively and ipsilateral y-axis channel steel inclination connects, and the other end passes through third bindiny mechanism A respectively and connect with building concrete structure；Two z-axis channel steel one end pass through the 4th bindiny mechanism respectively and the inclination of translot steel connects, and the other end passes through third bindiny mechanism B respectively and connect with building concrete structure.The antidetonation suspension and support anti-seismic performance is good, structural stability is good, can be avoided to occur to loosen in earthquake accident and fall.
Description
Technical field
It is especially a kind of to be hung applied to multi-specialized assembled anti-knock branch the utility model relates to antidetonation suspension and support field
Frame.
Background technique
Regulation seismic fortification intensity is the building in 6 degree and 6 degree or more areas in " building electromechanical engineering earthquake resistant design code "
Electromechanical engineering must carry out Aseismic Design, it is intended to mitigate destruction of the earthquake to electromechanical engineering facility.Electromechanical engineering facility mainly wraps
Include elevator, lighting system and emergency power supply, communication equipment, pipe-line system, for air handling system, fire alarm and the fire-fighting of warming up
System etc..
Currently, the existing universal anti-seismic performance of antidetonation suspension and support is bad, structural stability is poor, and pipe cannot be effectively protected
Road system is acted on when meeting with earthquake vulnerable to horizontal earthquake influence power, causes pipeline fracture, support system unstability to be fallen, and easily
It causes casualties and economic loss.
Utility model content
In order to overcome the disadvantages mentioned above of the prior art, good, structure that the purpose of the utility model is to provide a kind of anti-seismic performances
Stability is good, can be avoided in earthquake accident occur loosen fall be applied to multi-specialized assembled anti-knock suspension and support.
The technical scheme adopted by the utility model to solve the technical problem is as follows:
It is a kind of applied to multi-specialized assembled anti-knock suspension and support, including two are arranged in parallel and at interval translot steel, two flat
Capable and spaced x-axis channel steel, two are arranged in parallel and at interval y-axis channel steel, two are arranged in parallel and at interval z-axis channel steel, two
If the first bindiny mechanism, two second bindiny mechanisms, two third bindiny mechanism A, two the 4th bindiny mechanisms, two third bindiny mechanism B,
Dry 5th bindiny mechanism and two the 6th bindiny mechanisms, in which: two y-axis channel steel one end pass through first bindiny mechanism respectively
It is connect with building concrete structure；The both ends of the two translot steel pass through the 6th bindiny mechanism and the two y-axis slots respectively
The steel other end, which vertically connects, forms U-shaped framework, is connected with several by the 5th bindiny mechanism on any translot steel
Ω type restrains and is connected with several air hose fixed frames；The air hose fixed frame includes right angle fixing piece, hex bolts I, sunpender
Fastener I and plastic fastener I, the hanger rod fastener I is connect with plastic fastener I to be formed channel steel lock I and is located at the translot
In steel, the right angle fixing piece is latched I and connect by the hex bolts I and the channel steel to be made described in right angle fixing piece is fixed on
On translot steel；Two x-axis channel steel one end are tilted by second bindiny mechanism and ipsilateral y-axis channel steel connect respectively, separately
One end is connect by the third bindiny mechanism A with building concrete structure respectively；Two z-axis channel steel one end pass through institute respectively
It states the 4th bindiny mechanism and the inclination of translot steel connects, the other end passes through the third bindiny mechanism B and building concrete knot respectively
Structure connection；The slanted angle of the x-axis channel steel and ipsilateral y-axis channel steel is 30-60 °, preferably 45 °；The z-axis channel steel and cross
The tilt angle of channel steel is 30-60 °, preferably 45 °.
As further improvement of the utility model: first bindiny mechanism include two-dimentional connector, hex bolts A,
Hanger rod fastener A, plastic fastener A, rear base expanding and base expanding anchor bolt A, damping spring A, nut A and sealing ring A；The hanger rod fastener A with
Plastic fastener A connection forms channel steel lock A and is located in y-axis channel steel one end；The two dimension connector A passes through the hexagonal
Bolt A is connect with channel steel lock A makes two-dimentional connector A be fixed on y-axis channel steel one end；Base expanding and base expanding anchor bolt A mono- after described
End connect respectively with the building concrete structure, the other end be respectively arranged with the damping spring A and by the nut A with
Sealing ring A is connect with the two dimension connector A.
As further improvement of the utility model: second bindiny mechanism includes the first bending connector A, second curved
Roll over connector A, hanger rod fastener B, plastic fastener B, bolt arrangement A, bolt arrangement B and hex bolts B；The hanger rod fastener
B connect composition channel steel lock B with plastic fastener B and is located in the x-axis channel steel；First bending one end connector A passes through
The bolt arrangement A is connect with the y-axis channel steel, and the other end passes through the bolt arrangement B and the second bending connector A mono-
End connection；The second bending connector A other end connect by the hex bolts B and the channel steel lock B make it is second curved
Folding connector A is fixed on x-axis channel steel one end.
As further improvement of the utility model: the third bindiny mechanism A includes the first bending connector B, second
Bend connector B, hanger rod fastener C, plastic fastener C, bolt arrangement C, hex bolts C, rear base expanding and base expanding anchor bolt B, damping spring B,
Nut B and sealing ring B；The hanger rod fastener C connect with plastic fastener C composition channel steel lock C and be located at the x-axis channel steel it is another
In one end；The first bending connector B is latched C and connect by the hex bolts C with the channel steel connects the first bending
Part B is fixed on the x-axis channel steel other end, and the other end is connected by the bolt arrangement C and second bending one end connector B
It connects；Base expanding and base expanding one end anchor bolt B is connect with the building concrete structure after described, and the other end is provided with the damping spring B and leads to
The nut B and sealing ring B is crossed to connect with the second bending connector B other end.
As further improvement of the utility model: the 4th bindiny mechanism includes the first bending connector C, second curved
Roll over connector C, hanger rod fastener D, hanger rod fastener D, plastic fastener E, plastic fastener E, bolt arrangement D, hex bolts D and six
Corner bolt E；The hanger rod fastener D connect composition channel steel lock D with plastic fastener D and is located in the translot steel；It is described to hang
Bar fastener E connect composition channel steel lock E with plastic fastener E and is located in z-axis channel steel one end；The first bending connection
The one end part C is latched D and connect by the hex bolts D with the channel steel makes the first bending connector C be fixed on the translot steel
On, the other end is connect by the bolt arrangement D with second bending one end connector C；The second bending connector C is another
One end is latched E and connect by the hex bolts E with the channel steel makes the second bending connector C be fixed on the z-axis channel steel one
End.
As further improvement of the utility model: the 5th bindiny mechanism includes hex bolts F, hanger rod fastener F
With plastic fastener F；The hanger rod fastener F connect composition channel steel lock F with plastic fastener F and is located in the translot steel, institute
Stating the tube bank of Ω type and latching F with the channel steel by the hex bolts F and connect is fixed on the tube bank of Ω type on the translot steel.
As further improvement of the utility model: the 6th bindiny mechanism include right-angle connector, hex bolts G,
Hex bolts H, hanger rod fastener G, plastic fastener G, hanger rod fastener H and plastic fastener H；The hanger rod fastener G and plastics
Fastener G connection forms channel steel lock G and is located in the translot steel；The hanger rod fastener H and plastic fastener H connection group grooving
Steel latches H and is located in the y-axis channel steel other end；Described right-angle connector one end passes through the hex bolts G and the slot
Steel lock G connection makes right-angle connector one end be fixed on the translot steel, and the other end passes through the hex bolts H and the channel steel
Lock H connection makes the right-angle connector other end be fixed on the y-axis channel steel other end.
Compared with prior art, the utility model has the beneficial effects that
(1) using the double vertical antidetonations of bilateral, three-dimensional three-dimensional antidetonation, anti-seismic performance is stablized, when x-axis channel steel and ipsilateral y-axis slot
When the slanted angle of steel is 45 ° and the slanted angle of z-axis channel steel and translot steel is 45 °, anti-seismic performance is best.
(2) fixation of the first bindiny mechanism and third bindiny mechanism as the utility model and building concrete structure is used
The utility model can be firmly fixed below building concrete structure, effective fixation and antidetonation, rear base expanding and base expanding anchor bolt by connection structure
It is inserted in damping spring, is conducive to damping and noise reduction.
(3) use the second bindiny mechanism, the 4th bindiny mechanism and the 6th bindiny mechanism by translot steel, x-axis channel steel, y-axis slot
Steel and z-axis channel steel are securely fixed and are linked together, and avoid occurring to loosen in earthquake accident falling.
(4) using the tube bank of Ω type and air hose fixed frame, the utility model is made to can be applied to circular pipe and rectangular air hose,
Application range is wider, and securely fixes the tube bank of Ω type with translot steel by the 5th bindiny mechanism and link together, and avoids pipeline
System, which occurs to loosen in earthquake accident, falls.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of air hose fixed frame.
Fig. 3 is the structural schematic diagram of the first bindiny mechanism.
Fig. 4 is the structural schematic diagram of the second bindiny mechanism.
Fig. 5 is the structural schematic diagram of third bindiny mechanism.
Fig. 6 is the structural schematic diagram of the 5th bindiny mechanism.
Fig. 7 is the structural schematic diagram of the 4th bindiny mechanism.
Fig. 8 is the structural schematic diagram of the 6th bindiny mechanism.
In figure, translot steel 11, x-axis channel steel 12, y-axis channel steel 13, z-axis channel steel 14, Ω type tube bank 15；Air hose fixed frame 16,
Right angle fixing piece 161, hex bolts I162, channel steel latch I163；First bindiny mechanism 2, two-dimentional connector 21, hex bolts
A22, rear base expanding and base expanding anchor bolt A23, damping spring A24, nut A25, sealing ring A26, channel steel latch A27；Second bindiny mechanism 3,
One bending connector A31, the second bending connector A32, bolt arrangement A33, bolt arrangement B34, hex bolts B35, channel steel lock
Detain B36；Third bindiny mechanism A4, third bindiny mechanism B6, the first bending connector B41, the second bending connector B42, bolt
Structure C 43, hex bolts C44, rear base expanding and base expanding anchor bolt B45, damping spring B46, nut B47, sealing ring B48, channel steel latch C49；
4th bindiny mechanism 5, first bends connector C51, the second bending connector C52, hanger rod fastener D, hanger rod fastener D, modeling
Expect fastener E, plastic fastener E, bolt arrangement D53, hex bolts D54, hex bolts E55, channel steel lock D56, channel steel lock
E57；5th bindiny mechanism 7, hex bolts F61, channel steel latch F62；6th bindiny mechanism 8, right-angle connector 71, hex bolts
G72, hex bolts H73, channel steel lock G74, channel steel latch H75.
Specific embodiment
Now in conjunction with Detailed description of the invention, the present invention will be further described with embodiment:
It is a kind of applied to multi-specialized assembled anti-knock suspension and support with reference to Fig. 1, including two be arranged in parallel and at interval translot
Steel 11, two is arranged in parallel and at interval x-axis channel steel 12, two and is arranged in parallel and at interval y-axis channel steel 13, two in parallel and interval setting
Z-axis channel steel 14, two first bindiny mechanisms 2, two second bindiny mechanisms 3, two third bindiny mechanism A4, two the 4th bindiny mechanisms 5,
Two third bindiny mechanism B6, several 5th bindiny mechanisms 7 and two the 6th bindiny mechanisms 8, in which: two y-axis channel steel one end point
It is not connect by first bindiny mechanism with building concrete structure；The both ends of the two translot steel pass through the described 6th respectively
Bindiny mechanism is vertical with the two y-axis channel steel other ends to connect composition U-shaped framework, passes through the described 5th on any translot steel
Bindiny mechanism is connected with several Ω types tube bank 15 and is connected with several air hose fixed frames 16；Two x-axis channel steel one end point
It is not tilted and is connected by second bindiny mechanism and ipsilateral y-axis channel steel, the other end passes through the third bindiny mechanism A respectively
It is connect with building concrete structure；Two z-axis channel steel one end pass through the 4th bindiny mechanism respectively and the inclination of translot steel connects
It connects, the other end is connect by the third bindiny mechanism B with building concrete structure respectively；The x-axis channel steel and ipsilateral y-axis
The slanted angle of channel steel is 30-60 °, preferably 45 °；The tilt angle of the z-axis channel steel and translot steel is 30-60 °, preferably
45°。
With reference to Fig. 2, the air hose fixed frame includes right angle fixing piece 161, hex bolts I162, hanger rod fastener I and modeling
Expect that fastener I, the hanger rod fastener I connect composition channel steel lock I163 with plastic fastener I and be located in the translot steel, it is described
Right angle fixing piece is latched I and connect by the hex bolts I with the channel steel makes right angle fixing piece be fixed on the translot steel.
With reference to Fig. 3, first bindiny mechanism 2 includes two-dimentional connector 21, hex bolts A22, hanger rod fastener A, modeling
Expect fastener A, rear base expanding and base expanding anchor bolt A23, damping spring A24, nut A25 and sealing ring A26；The hanger rod fastener A and plastic button
Part A connection forms channel steel lock A27 and is located in described 13 one end of y-axis channel steel；The two dimension connector A passes through the hexagonal spiral shell
Bolt A is connect with channel steel lock A makes two-dimentional connector A be fixed on y-axis channel steel one end；One end base expanding and base expanding anchor bolt A after described
It is connect respectively with the building concrete structure, the other end is respectively arranged with the damping spring A and by the nut A and close
Seal A is connect with the two dimension connector A.
With reference to Fig. 4, second bindiny mechanism 3 includes the first bending connector A31, the second bending connector A32, sunpender
Fastener B, plastic fastener B, bolt arrangement A33, bolt arrangement B34 and hex bolts B35；The hanger rod fastener B and plastics
Fastener B connection forms channel steel lock B36 and is located in the x-axis channel steel；First bending one end connector A passes through the spiral shell
Stud structure A is connect with the y-axis channel steel 13, and the other end is connected by the bolt arrangement B and second bending one end connector A
It connects；The second bending connector A other end is latched B and connect by the hex bolts B with the channel steel connects the second bending
Fitting A is fixed on described 12 one end of x-axis channel steel.
With reference to Fig. 5, the third bindiny mechanism A4 includes the first bending connector B41, the second bending connector B42, hangs
Bar fastener C, plastic fastener C, bolt arrangement C43, hex bolts C44, rear base expanding and base expanding anchor bolt B45, damping spring B46, nut B47
With sealing ring B48；The hanger rod fastener C connect composition channel steel lock C49 with plastic fastener C and is located at the x-axis channel steel 12
In the other end；The first bending connector B is latched C and connect by the hex bolts C with the channel steel connects the first bending
Fitting B is fixed on the x-axis channel steel other end, and the other end passes through the bolt arrangement C and second bending one end connector B
Connection；Base expanding and base expanding one end anchor bolt B is connect with the building concrete structure after described, and the other end is provided with the damping spring B simultaneously
It is connect by the nut B and sealing ring B with the second bending connector B other end.
With reference to Fig. 7, the 4th bindiny mechanism 5 includes the first bending connector C51, the second bending connector C52, sunpender
Fastener D, hanger rod fastener D, plastic fastener E, plastic fastener E, bolt arrangement D53, hex bolts D54 and hex bolts E55；
The hanger rod fastener D connect composition channel steel lock D56 with plastic fastener D and is located in the translot steel；The sunpender fastening
Part E connect composition channel steel lock E57 with plastic fastener E and is located in described 14 one end of z-axis channel steel；The first bending connector
The one end C is latched D and connect by the hex bolts D with the channel steel is fixed on the first bending connector C on the translot steel,
The other end is connect by the bolt arrangement D with second bending one end connector C；The second bending connector C is another
End is latched E and connect by the hex bolts E with the channel steel makes the second bending connector C be fixed on z-axis channel steel one end.
With reference to Fig. 6, the translot steel is connect with the tube bank of Ω type by the 5th bindiny mechanism 6；The 5th bindiny mechanism packet
Include hex bolts F61, hanger rod fastener F and plastic fastener F；The hanger rod fastener F connect composition channel steel lock with plastic fastener F
It detains F62 and is located in the translot steel, the Ω type tube bank is latched F and connect by the hex bolts F with the channel steel makes Ω
Type tube bank is fixed on the translot steel 11.
With reference to Fig. 8, the translot steel is connect with y-axis channel steel by the 6th bindiny mechanism 7；6th bindiny mechanism includes
Right-angle connector 71, hex bolts G72, hex bolts H73, hanger rod fastener G, plastic fastener G, hanger rod fastener H and plastics
Fastener H；The hanger rod fastener G connect composition channel steel lock G74 with plastic fastener G and is located in the translot steel 11；It is described
Hanger rod fastener H connect composition channel steel lock H75 with plastic fastener H and is located in 13 other end of y-axis channel steel；The right angle
Connector one end is latched G and connect by the hex bolts G with the channel steel makes right-angle connector one end be fixed on the translot
Steel, the other end is latched H and connect by the hex bolts H with the channel steel makes the right-angle connector other end be fixed on the y-axis
The channel steel other end.
Wherein, foreign letter number only plays mark action, and the hex bolts A-I indicates the hexagonal spiral shell of same shape design
Bolt, the hanger rod fastener A-I indicate that the hanger rod fastener of same shape design, the plastic fastener A-I indicate same shape
The plastic fastener of construction, the channel steel lock A-I indicate the channel steel lock of same shape design, the rear base expanding and base expanding anchor bolt A-B table
Show the rear base expanding and base expanding anchor bolt of same shape design, the nut A-B indicates the nut of same shape design, the sealing ring A-B table
Show that the sealing ring of same shape design, the first bending connector A-C indicate the first bending connector of same shape design,
The second bending connector A-C indicates that the second bending connector of same shape design, the third bindiny mechanism A-B indicate
The third bindiny mechanism of same shape design.
Wherein, foreign letter number only plays mark action, and the bolt arrangement A-D indicates the bolt knot of same shape design
Structure, bolt arrangement include hex bolts, nut and sealing ring.The damping spring A-B indicates the damping bullet of same shape design
Spring, damping spring includes the elastic sponge outer layer of spring steel internal layer and package spring steel internal layer, relative to common metal
The better effect of spring, damping and noise reduction.
Wherein, translot steel, x-axis channel steel, y-axis channel steel and z-axis channel steel are all made of single side c type groove steel.
The working principle and function of the utility model: (1) using the double vertical antidetonations of bilateral, three-dimensional three-dimensional antidetonation, anti-seismic performance
Stablize, when the slanted angle of x-axis channel steel and ipsilateral y-axis channel steel is 45 ° and the slanted angle of z-axis channel steel and translot steel is 45 °
When, anti-seismic performance is best.
(2) fixation of the first bindiny mechanism and third bindiny mechanism as the utility model and building concrete structure is used
The utility model can be firmly fixed below building concrete structure, effective fixation and antidetonation, rear base expanding and base expanding anchor bolt by connection structure
It is inserted in damping spring, is conducive to damping and noise reduction.
(3) use the second bindiny mechanism, the 4th bindiny mechanism and the 6th bindiny mechanism by translot steel, x-axis channel steel, y-axis slot
Steel and z-axis channel steel are securely fixed and are linked together, and avoid occurring to loosen in earthquake accident falling.
(4) using the tube bank of Ω type and air hose fixed frame, the utility model is made to can be applied to circular pipe and rectangular air hose,
Application range is wider, and securely fixes the tube bank of Ω type with translot steel by the 5th bindiny mechanism and link together, and avoids pipeline
System, which occurs to loosen in earthquake accident, falls.
In conclusion after those skilled in the art read the utility model file, skill according to the present utility model
Art scheme and technical concept are not necessarily to creative mental labour and make other various corresponding conversion schemes, and it is practical new to belong to this
The range that type is protected.
Claims (2)
1. a kind of applied to multi-specialized assembled anti-knock suspension and support, including two are arranged in parallel and at interval translot steel, two parallel
And it spaced x-axis channel steel, two is arranged in parallel and at interval y-axis channel steel, two is arranged in parallel and at interval z-axis channel steel, two
It is one bindiny mechanism, two second bindiny mechanisms, two third bindiny mechanism A, two the 4th bindiny mechanisms, two third bindiny mechanism B, several
5th bindiny mechanism and two the 6th bindiny mechanisms, it is characterised in that:
Two y-axis channel steel one end are connect by first bindiny mechanism with building concrete structure respectively；
The both ends of the two translot steel pass through the 6th bindiny mechanism connection group vertical with the two y-axis channel steel other ends respectively
At U-shaped framework, if being connected with the tube bank of several Ω types by the 5th bindiny mechanism on any translot steel and being connected with
Dry air hose fixed frame；The air hose fixed frame includes right angle fixing piece, hex bolts I, hanger rod fastener I and plastic fastener I,
The hanger rod fastener I connect composition channel steel lock I with plastic fastener I and is located in the translot steel, the right angle fixing piece
Latching I with the channel steel by the hex bolts I and connect is fixed on right angle fixing piece on the translot steel；
Two x-axis channel steel one end are tilted by second bindiny mechanism and ipsilateral y-axis channel steel connect respectively, the other end point
It is not connect by the third bindiny mechanism A with building concrete structure；
Two z-axis channel steel one end pass through the 4th bindiny mechanism respectively and the inclination of translot steel connects, and the other end passes through respectively
The third bindiny mechanism B is connect with building concrete structure；5th bindiny mechanism includes hex bolts F, sunpender fastening
Part F and plastic fastener F；The hanger rod fastener F connect composition channel steel lock F with plastic fastener F and is located in the translot steel,
The Ω type tube bank is latched F and connect by the hex bolts F with the channel steel is fixed on the tube bank of Ω type on the translot steel；
6th bindiny mechanism include right-angle connector, hex bolts G, hex bolts H, hanger rod fastener G, plastic fastener G,
Hanger rod fastener H and plastic fastener H；The hanger rod fastener G connect composition channel steel lock G with plastic fastener G and is located at described
In translot steel；The hanger rod fastener H connect composition channel steel lock H with plastic fastener H and is located at the y-axis channel steel other end
It is interior；Described right-angle connector one end is latched G and connect by the hex bolts G with the channel steel fixes right-angle connector one end
In the translot steel, the other end is latched H and connect by the hex bolts H with the channel steel fixes the right-angle connector other end
In the y-axis channel steel other end；
First bindiny mechanism includes two-dimentional connector, hex bolts A, hanger rod fastener A, plastic fastener A, rear base expanding and base expanding anchor bolt
A, damping spring A, nut A and sealing ring A；The hanger rod fastener A connect composition channel steel lock A with plastic fastener A and is located at
In y-axis channel steel one end；The two dimension connector A is latched A and connect by the hex bolts A with the channel steel makes two dimension even
Fitting A is fixed on y-axis channel steel one end；The one end base expanding and base expanding anchor bolt A is connect with the building concrete structure respectively after described, separately
One end is respectively arranged with the damping spring A and is connect by the nut A and sealing ring A with the two dimension connector A；
Second bindiny mechanism includes the first bending connector A, the second bending connector A, hanger rod fastener B, plastic fastener
B, bolt arrangement A, bolt arrangement B and hex bolts B；The hanger rod fastener B connect composition channel steel lock B with plastic fastener B
And it is located in the x-axis channel steel；Described first bending one end connector A is connected by the bolt arrangement A and the y-axis channel steel
It connects, the other end is connect by the bolt arrangement B with second bending one end connector A；The second bending connector A is another
One end is latched B and connect by the hex bolts B with the channel steel makes the second bending connector A be fixed on the x-axis channel steel one
End；
The third bindiny mechanism A includes the first bending connector B, the second bending connector B, hanger rod fastener C, plastic fastener
C, bolt arrangement C, hex bolts C, rear base expanding and base expanding anchor bolt B, damping spring B, nut B and sealing ring B；The hanger rod fastener C with
Plastic fastener C connection forms channel steel lock C and is located in the x-axis channel steel other end；The first bending connector B passes through institute
Stating hex bolts C and connecting with channel steel lock C makes the first bending connector B be fixed on the x-axis channel steel other end, the other end
It is connect by the bolt arrangement C with second bending one end connector B；Base expanding and base expanding one end anchor bolt B and the building after described
Concrete structure connection, the other end be provided with the damping spring B and by the nut B and sealing ring B and described second it is curved
Roll over the connection of the connector B other end.
2. according to claim 1 a kind of applied to multi-specialized assembled anti-knock suspension and support, it is characterised in that: described
Four bindiny mechanisms include the first bending connector C, the second bending connector C, hanger rod fastener D, hanger rod fastener D, plastic button
Part E, plastic fastener E, bolt arrangement D, hex bolts D and hex bolts E；The hanger rod fastener D and plastic fastener D connection group
D is latched at channel steel and is located in the translot steel；The hanger rod fastener E connect composition channel steel lock E and position with plastic fastener E
In in z-axis channel steel one end；Described first bending one end connector C latches D by the hex bolts D and the channel steel and connects
Connecing is fixed on the first bending connector C on the translot steel, and the other end is connected by the bolt arrangement D and second bending
The connection of the one end fitting C；The second bending connector C other end is latched E and connect by the hex bolts E with the channel steel to be made
Second bending connector C is fixed on z-axis channel steel one end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156444.0U CN209725464U (en) | 2018-12-21 | 2018-12-21 | It is a kind of applied to multi-specialized assembled anti-knock suspension and support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822156444.0U CN209725464U (en) | 2018-12-21 | 2018-12-21 | It is a kind of applied to multi-specialized assembled anti-knock suspension and support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209725464U true CN209725464U (en) | 2019-12-03 |
Family
ID=68677597
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822156444.0U Active CN209725464U (en) | 2018-12-21 | 2018-12-21 | It is a kind of applied to multi-specialized assembled anti-knock suspension and support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209725464U (en) |
-
2018
- 2018-12-21 CN CN201822156444.0U patent/CN209725464U/en active Active
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