A kind of antidetonation suspension and support
Technical field
The present invention relates to a kind of antidetonation suspension and support, for building the Pipe installing of electromechanical engineering, fixed network.
Background technology
In " building electromechanical engineering earthquake resistant design code ", regulation seismic fortification intensity is the building in 6 degree and more than 6 degree areas
Electromechanical engineering must carry out Aseismic Design, it is intended to alleviates the earthquake destruction to electromechanical engineering facility.Electromechanical engineering facility mainly wraps
Including elevator, illuminator and emergency power supply, communication equipment, tubing, for warm air handling system, fire alarm and fire-fighting
System etc..At present, domestic complicated for the three-dimensional antidetonation suspension and support common configuration set by tubing, installation effectiveness is low, and anti-
Shock stability is the best, and lateral and longitudinal stress ability during opposing earthquake operating mode is more weak, and quake-resistant safety coefficient is relatively low, it is impossible to effective
Protective conduit system.
Summary of the invention
For the deficiencies in the prior art, the purpose of the present invention aims to provide a kind of antidetonation suspension and support, solves existing apparatus
Anti-seismic performance is the best, and quake-resistant safety coefficient is low, it is impossible to the effectively problem of protective conduit system.
According to an aspect of the present invention, it is provided that a kind of antidetonation suspension and support, first, second antidetonation identical including structure is vertical
Derrick rig and the tube hanger device being connected between the first, second vertical derrick rig of antidetonation, the vertical derrick rig of antidetonation with
Tube hanger upper end is connected;The vertical derrick rig of antidetonation include the fixing suspension rod pipe of one end and wall, be placed in suspension rod pipe shockproof
The screw rod that spring is connected with antirattle spring free end, the free end of described screw rod is connected with tube hanger device;Described tube hanger fills
Put and include gripper shoe, fixing pipe support on the supporting plate and set castor on the supporting plate, the two ends of gripper shoe with first, the
The screw rod of the two vertical derrick rigs of antidetonation connects, and described castor is located in the middle of pipe support, castor and tube contacts, and building shakes
Time dynamic, pipeline can carry out displacement on castor in little scope.
Thus, during building vibrations, electromechanical engineering service conduit system is fixed on antidetonation suspension and support of the present invention, vertically
Direction, the first, second vertical derrick rig of antidetonation, under the effect of antirattle spring, can allow tubing upper and lower with antirattle spring
Motion, can alleviate the vibrations of tubing above-below direction;In the horizontal direction, the castor on tube hanger device can allow and execute pipeline system
Displacement in the least scope of uniting, the effect of the damping that is up to the standard.
Further, also including lateral shock-resistant slant support arrangement and longitudinal shock-resistant slant support arrangement, lateral antidetonation diagonal brace is connected to pipe
On hanger device, longitudinal antidetonation diagonal brace derrick rig vertical with antidetonation is connected.
Preferably, lateral shock-resistant slant support arrangement and longitudinal shock-resistant slant support arrangement all include suspension rod pipe, are placed in suspension rod pipe
Screw rod that antirattle spring is connected with antirattle spring free end and steering linkage member, described steering linkage member includes that channel-section steel connects sheet
Fixing ear, the flanging with holes of fixing ear and the crimping of channel-section steel connection sheet are connected by jointed shaft, form hinge typed structure, and this is hinged
Axle can also use riveting or bearing pin form.
Fixing ear is provided with manhole, and channel-section steel connects sheet and is provided with the location folding can being nested in outside diagonal brace channel airfoil plate
Limit and two through hole, the web of diagonal brace channel-section steel end is respectively provided with two through hole, connects two through hole on sheet with channel-section steel corresponding, connects into side
When antidetonation diagonal brace or longitudinal antidetonation diagonal brace, the location flanging on steering linkage member is coated on outside diagonal brace channel airfoil plate, will
The through hole that through hole on diagonal brace channel-section steel connects on sheet with channel-section steel is corresponding, middle placement diagonal brace sleeve pipe, and diagonal brace fixes bolt through logical
Hole and diagonal brace sleeve pipe, fasten with nut.
The steering linkage member of lateral shock-resistant slant support arrangement one end is fixed on tube hanger by fixing ear, longitudinal antidetonation diagonal brace
The steering linkage member of device one end is fixed on the screw rod of tube hanger derrick rig junction vertical with antidetonation by fixing ear.
The beneficial effects of the present invention is: constitution element of the present invention and processing technique thereof are simple, reduce infrastructure cost, tool
There is preferable economic benefit;In-site installation fast and easy, reduces cost of labor, and improves work efficiency.
Accompanying drawing explanation
Fig. 1,2 it is the anti-structural representation of the present invention;
Fig. 3 is the connection diagram of steering linkage member.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is further elaborated.
As shown in Figure 1 and Figure 2, a kind of antidetonation suspension and support, including the first, second vertical derrick rig of antidetonation that structure is identical
And on the tube hanger device being connected between the first, second vertical derrick rig of antidetonation, the vertical derrick rig of antidetonation and tube hanger
End is connected;The vertical derrick rig of antidetonation include the fixing suspension rod pipe 1 of one end and wall, the antirattle spring 2 being placed in suspension rod pipe 1,
The screw rod 3 being connected with antirattle spring 2 free end;Antirattle spring 2 free end is integrally formed with screw rod 3;Described tube hanger device bag
The pipe support 5 include gripper shoe 4, being fixed in gripper shoe 4 and the castor 6 being embedded in gripper shoe 4, the two ends of gripper shoe 4 and the
One, the screw rod 3 of the second vertical derrick rig of antidetonation is connected by nut, and described castor 6 is located in the middle of pipe support 5, castor 6
Wheel face is arc shape or the face of cylinder, contacts with the bottom surface of circular pipe or rectangular duct, and during building vibrations, pipeline can lived
Displacement is carried out in little scope on driving wheel 6.Thus, during building vibrations, electromechanical engineering service conduit system is fixed on the present invention and resists
On shake suspension and support, at vertical direction, the first, second vertical derrick rig of antidetonation, under the effect of antirattle spring 2, can allow pipeline system
System moves up and down with antirattle spring 2, can alleviate the vibrations of tubing above-below direction;In the horizontal direction, on tube hanger device
Castor 6 can allow the displacement executed in the least scope of tubing, the effect of the damping that is up to the standard.
In the present embodiment, present invention additionally comprises lateral shock-resistant slant support arrangement 7 and longitudinal shock-resistant slant support arrangement 8, laterally resist
Shake bracing device 7 is connected on tube hanger device, and longitudinal shock-resistant slant support arrangement 8 derrick rig vertical with antidetonation is connected.
Lateral shock-resistant slant support arrangement 7 and longitudinal shock-resistant slant support arrangement 8 all include suspension rod pipe 1, be placed in suspension rod pipe 1 shockproof
Screw rod 3 that spring 2 is connected with antirattle spring 2 free end and steering linkage member 22;Described steering linkage member 22 includes connecting sheet
221 and fixing ear 222, the flanging with holes of fixing ear 222 and connect the crimping of sheet 221 and connected by jointed shaft 223, form hinge
Formula structure, this jointed shaft can also use riveting or bearing pin form.
As it is shown on figure 3, fixing ear 222 is provided with manhole, connection sheet 221 is provided with and can be nested in diagonal brace channel airfoil plate
The location flanging in outside and two through hole, the web of suspension rod pipe 1 end is respectively provided with two through hole, and is connected two through hole pair on sheet 221
Should, when connecting into lateral antidetonation diagonal brace or longitudinal antidetonation diagonal brace, the location flanging on steering linkage member 22 is coated on suspension rod pipe 1
Outside, the through hole on suspension rod pipe 1 is corresponding with the through hole connected on sheet 22, fastened by nut.
The steering linkage member 22 of lateral shock-resistant slant support arrangement 7 one end is fixed on tube hanger 4 by fixing ear 222, longitudinally
The steering linkage member of shock-resistant slant support arrangement 7 one end is fixed on tube hanger derrick rig vertical with antidetonation by fixing ear 222 and connects
On the screw rod at place.
Longitudinal shock-resistant slant support arrangement 8 is identical with lateral shock-resistant slant support arrangement 7 mounting means.
It will be apparent to those skilled in the art that can technical scheme as described above, make other and various change accordingly
Become and extension, and all these changes and extension, within all should belonging to the protection domain of the claims in the present invention.