CN110005901A - A multi-dimensional integrated friction damping tuned mass shock mount - Google Patents

Abstract

The invention is a multi-dimensional integrated friction damping tuning mass shock absorption bracket, which includes a wire groove for accommodating pipelines, a horizontal bearing crossbar is arranged at the lower part of the wire groove at a certain distance along the length direction of the wire groove, and the wire groove is fixed through the wire groove. The load-bearing crossbar is fixedly connected, and the horizontal load-bearing crossbar is connected with the main structure through the load-bearing boom, the transverse diagonal brace and the longitudinal diagonal bracing to form a stable structure. In addition, a horizontally tuned vibration-damping box is set inside the horizontal bearing bar to form a multi-dimensional tuning vibration-damping system. The two-dimensional tuning vibration-damping box is used to absorb and frictionally dissipate the vertical and longitudinal vibration energy, and the horizontal horizontally-tuning vibration-damping box absorbs And friction dissipates the lateral vibration energy. The invention has the advantages of convenient assembly, high efficiency and energy consumption, and convenient standardization, and can be used for both newly-built anti-seismic supports and retrofit of existing anti-seismic supports to improve the anti-seismic safety of electromechanical engineering pipelines.

Description

A multi-dimensional integrated friction damping tuned mass shock mount

technical field

The invention belongs to the technical field of disaster prevention and protection of lifeline engineering pipeline facilities, and particularly relates to a multi-dimensional integrated friction damping tuning mass shock-absorbing support.

Background technique

As an important carrier of urban lifeline engineering, the disaster prevention and safety of mechanical and electrical engineering pipelines has always been the focus of social attention. How to ensure the normal use of these important pipelines and play their key functions of post-disaster auxiliary disaster relief is one of the hot spots in urban disaster prevention. . Anti-seismic supports and hangers are important bearing objects of these pipelines, and are crucial to the safety of mechanical and electrical engineering pipelines. ensure its safety. "Code for Seismic Design of Buildings" G50011-2010 also stipulates that "non-structural components, including non-structural components of buildings and auxiliary mechanical and electrical equipment of buildings, themselves and their connection with the main body of the structure should be designed for earthquake resistance." Therefore, the use of new technologies to develop more Safe and more reliable pipeline supports and hangers have become one of the development directions of the industry in recent years.

After decades of development, vibration control technology has gradually matured from theory to application. Due to the excellent protection effect on the main body of the structure, the project has been widely used in aerospace, machinery, civil construction and other fields. In the development of anti-seismic supports and hangers, they have also been gradually introduced, such as a high-efficiency shock-absorbing damper for anti-seismic supports of power equipment (ZL201820291917.5), a kind of anti-seismic supports and hangers with adjustable pipe fixing positions (ZL201810941205 .8), a seismic support and hanger with seismic isolation function (ZL201721277708.7), a reinforced shock-absorbing and seismic support (ZL201721571457.3), etc., have more or less introduced the concept of vibration control. However, most of these devices are based on the idea of energy dissipation and vibration reduction, and the vibration control technology of tuned vibration reduction is rarely used in anti-seismic supports and hangers. The tuning damping system is mainly composed of the main structure and the sub-structures attached to the main structure. Among them, the substructure includes three units of mass, stiffness and damping. By adjusting the natural vibration frequency domain of the substructure to be close to the control frequency of the main structure, when the main structure vibrates, part of the vibration energy can be transferred to the substructure, thereby suppressing the main structure. vibration response. In the current tuning vibration damping devices, due to the better energy dissipation efficiency, linear viscous damping is mostly used as the energy dissipation method. There are relatively few applications in the device.

Based on the technical concepts of tuning vibration reduction and frictional energy consumption, the invention focuses on the integrated utilization of the support and hanger space and the adjustability of device parameters, and develops a multi-dimensional integrated friction damping tuned mass shock-absorbing support to realize the mechanical and electrical engineering anti-seismic support and hanger. It provides a new vibration reduction technology concept for the disaster prevention protection of the seismic support and hanger.

SUMMARY OF THE INVENTION

The purpose of the present invention is to overcome the problems existing in the prior art and provide a multi-dimensional integrated friction damping tuned mass shock absorber bracket, which utilizes additional distributed mass combined with friction energy dissipation technology to dissipate the energy input by dynamic external loads while maintaining space utilization efficiency , for the installation of mechanical and electrical system engineering pipelines and earthquake and disaster prevention protection.

In order to realize the above-mentioned technical purpose and achieve the above-mentioned technical effect, the present invention is realized through the following technical solutions:

A multi-dimensional integrated friction damping tuned mass damping bracket, comprising a load-bearing boom, a lateral diagonal brace, a longitudinal diagonal brace, a horizontal load-carrying crossbar, a wire groove, a wire groove fixing angle, a two-dimensional tuned vibration reduction box and a lateral horizontal tuned vibration reduction The wire groove is used for accommodating pipelines, and horizontal bearing bars are arranged at the lower part of the wire groove at regular intervals along the length direction of the wire groove, and the wire groove is fixed to the horizontal bearing bar through the wire groove fixing angle steel. The horizontal load-bearing crossbar is connected with the main structure through the load-bearing boom, the transverse diagonal brace and the longitudinal diagonal brace to form a stable structure. The transverse horizontal tuning vibration reduction box is set inside the horizontal bearing beam to form a multi-dimensional tuning vibration reduction system together. The vibration damping box absorbs and frictionally dissipates lateral vibration energy.

Further, the two-dimensional tuning vibration reduction box is composed of a two-dimensional tuning mass, a sleeve spring, a two-dimensional vibration reduction box shell and a vibration reduction box fixed angle steel, and the two-dimensional vibration reduction box shell is connected to the vibration reduction box fixed angle steel through the vibration reduction box fixed angle steel. The inner bottom surfaces of the wire grooves are fixed together, the two ends of the sleeve spring are respectively hinged with the two-dimensional tuning mass and the two-dimensional vibration damping box shell to provide elastic stiffness, and the sidewall surface of the two-dimensional tuning mass is connected with the two-dimensional tuning mass. The contact between the inner surfaces of the side walls of the vibration damping box shell forms a friction sliding surface, and the vibration energy is dissipated through the dynamic friction hysteresis.

Further, the two-dimensional tuning damping box further includes a sliding washer, an adjusting screw and an adjusting nut, and the adjusting screw passes through the two side walls of the two-dimensional vibration damping box shell and passes through the two-dimensional vibration damping box shell. Parts of the outer surfaces of the two side walls are screwed together with the adjusting nut. The adjusting screw is tightly connected with the two-dimensional tuning mass in the two-dimensional vibration damping box shell and slides together, and in the friction sliding stroke, it is connected with the two-dimensional vibration damping box shell. No collision occurs, a sliding washer is arranged between the adjusting screw and/or the adjusting nut and the outer surface of the side wall of the two-dimensional vibration damping box shell, and the effect of the two-dimensional vibration damping box shell on the two-dimensional tuning quality is changed by tightening and loosening the adjusting nut. pre-pressure, thereby adjusting the frictional energy dissipation characteristics.

Further, a friction material is provided at the friction sliding surface, and the friction material adopts polytetrafluoroethylene or modified polyethylene.

Further, the two-dimensional tuning mass is a steel mass block, and the interior of the steel mass block is solid or hollow, and it is convenient to fill materials of different masses when the hollow is hollow, so as to adjust the natural vibration frequency.

Further, the sleeve spring is composed of a sleeve and a spring, the sleeve can expand and contract freely with the deformation of the spring and limit the deformation direction of the spring, and the spring can change the stiffness by restraining the deformation of the coils at both ends thereof.

Further, the lateral horizontal tuning vibration damping box is composed of a lateral tuning mass, a lateral sleeve spring and a lateral vibration damping box shell, and both ends of the lateral sleeve spring are hinged together with the lateral tuning mass and the lateral vibration damping box shell, respectively. The contact between the lateral surface of the lateral tuning mass side wall and the inner surface of the lateral vibration damping box shell side wall forms a frictional sliding surface, and the vibration energy is dissipated through dynamic friction hysteresis.

Further, the transverse tuning mass is a steel mass block, and the inside of the steel mass block is solid or hollow, and it is convenient to fill materials of different masses when the hollow is hollow, so as to adjust the natural vibration frequency.

Further, the transverse sleeve spring is composed of a sleeve and a spring, the sleeve can expand and contract freely with the deformation of the spring and limit the deformation direction of the spring, and the spring changes the stiffness by restraining the deformation of the coils at both ends thereof.

Further, the load-bearing suspenders, transverse diagonal braces, longitudinal diagonal braces and horizontal load-bearing cross bars adopt C-shaped channel steel or light steel tube structures, and the transverse diagonal bracing and longitudinal diagonal bracing are respectively arranged laterally and longitudinally along the wire groove, and the One end of the load-bearing boom, horizontal diagonal brace and longitudinal diagonal brace is hinged with the horizontal load-bearing cross-bar, and the other end is hinged with the main structure to form a stable spatial structure, providing load-bearing wire grooves, two-dimensional tuned vibration damping boxes and lateral Installation space for the horizontally tuned vibration damping box.

The beneficial effects of the present invention are: the shock-absorbing bracket has the advantages of convenient assembly, high energy consumption, and easy standardization.

The two-dimensional tuning vibration-damping box and the transverse horizontal tuning vibration-damping box of the present invention are respectively integrated in the wire trough and the horizontal bearing bar, occupying less space, and can be used for both new seismic support and reconstruction of existing seismic support. Using the principle of tuning vibration damping, it can have better energy dissipation capacity even under small structural deformation. The arrangement of multiple distributed tuning damping boxes can reasonably design the frequency expansion tuning damping frequency band of each tuning damping box. Under the dynamic disaster, the shock-absorbing bracket not only consumes the vibration energy of the pipeline part through the principle of tuning and vibration reduction, but also reduces the force transmitted to the main structure. The device can be widely used in the anti-seismic and disaster-proof protection of mechanical and electrical engineering pipelines. It has the advantages of convenient assembly, efficient energy consumption, and easy standardization.

Description of drawings

Fig. 1 is the cross-sectional structural schematic diagram of the shock-absorbing support of the present invention;

2 is a schematic diagram of the longitudinal cross-sectional structure of the shock-absorbing bracket of the present invention;

3 is a schematic diagram of the horizontal cross-sectional structure of the shock-absorbing support of the present invention;

Fig. 4 is the sectional structure schematic diagram of the two-dimensional tuning vibration damping box of the present invention;

FIG. 5 is a schematic cross-sectional structural diagram of the transverse horizontal tuning vibration damping box of the present invention.

Description of symbols in the figure: load-bearing boom 1; transverse diagonal brace 2; longitudinal diagonal brace 3; horizontal load-bearing crossbar 4; wire groove 5; wire groove fixed angle steel 6; two-dimensional tuning vibration reduction box 7; horizontal horizontal tuning vibration reduction box 8; Two-dimensional tuning mass 71; Sleeve spring 72; Two-dimensional damping box shell 73; Damping box fixing angle 74; Sliding washer 75; Adjusting screw 76; Adjusting nut 77; Transverse tuning mass 81; Transverse sleeve spring 82; Transverse vibration damping box housing 83.

Detailed ways

The present invention will be described in detail below with reference to the accompanying drawings and in conjunction with the embodiments.

As shown in Figures 1 to 3, a multi-dimensional integrated friction damping tuned mass shock absorption bracket includes a load-bearing boom 1, a transverse diagonal brace 2, a longitudinal diagonal brace 3, a horizontal load-bearing crossbar 4, a wire groove 5, and a wire groove fixed Angle steel 6, two-dimensional tuning vibration damping box 7 and transverse horizontal tuning vibration damping box 8, the wire groove 5 is used to accommodate pipelines, in this embodiment, can be used to accommodate mechanical and electrical engineering pipelines. A horizontal load-carrying crossbar 4 is arranged at its lower part at a certain distance, and the wire groove 5 is fixed to the horizontal load-bearing crossbar 4 through the wire groove fixing angle steel 6. And the longitudinal diagonal brace 3 is connected with the main structure to form a stable structure, in this embodiment, the main structure is a conventional frame structure in the field or other conventional structures, and the length direction of the wire slot 5 is at intervals of a certain distance. A two-dimensional tuning vibration damping box 7 is arranged inside, and a horizontal horizontal tuning vibration damping box 8 is set inside the horizontal bearing bar 4 to form a multi-dimensional tuning vibration damping system. When the wire slot 5 vibrates, the two-dimensional tuning vibration damping box is passed 7 absorbs and frictionally dissipates the vertical and longitudinal vibration energy, and absorbs and frictionally dissipates the lateral vibration energy through the transverse horizontally tuned vibration damping box 8 .

As shown in FIG. 4 , the two-dimensional tuning damping box 7 is composed of a two-dimensional tuning mass 71 , a sleeve spring 72 , a two-dimensional damping box shell 73 and a damping box fixing angle steel 74 . The shell 73 is fixedly connected to the inner bottom surface of the wire groove 5 through the vibration-damping box fixing angle steel 74, and the two ends of the sleeve spring 72 are hinged with the two-dimensional tuning mass 71 and the two-dimensional vibration-damping box shell 73 respectively to provide Elastic stiffness, the contact between the side wall surface of the two-dimensional tuning mass 71 and the inner surface of the side wall of the two-dimensional vibration damping box shell 73 forms a frictional sliding surface, and the vibration energy is dissipated through dynamic friction hysteresis.

The two-dimensional tuning vibration damping box 7 further includes a sliding washer 75, an adjusting screw 76 and an adjusting nut 77, and the adjusting screw 76 passes through the two side walls of the two-dimensional vibration damping box shell 73 and penetrates the two-dimensional vibration damping. Parts of the outer surfaces of the two side walls of the box shell 73 are screwed together with the adjustment nut 77, and the adjustment screw 76 in the two-dimensional vibration damping box shell 73 is closely connected with the two-dimensional tuning mass 71 and slides together. There is no collision with the two-dimensional vibration damping box housing 73, and a sliding washer 75 is provided between the adjusting screw 76 and/or the adjusting nut 77 and the outer surface of the side wall of the two-dimensional vibration damping box housing 73. By tightening and loosening the adjusting nut 77 Change the pre-pressure of the two-dimensional vibration damping box shell 73 on the two-dimensional tuning mass 71, so as to adjust the friction and energy dissipation characteristics.

The friction sliding surface is provided with a friction material, and the friction material adopts polytetrafluoroethylene or modified polyethylene.

The two-dimensional tuning mass 71 is a steel mass block, and the inside of the steel mass block is solid or hollow, and it is convenient to fill with different quality materials to adjust the natural vibration frequency when it is hollow.

The sleeve spring 72 is composed of a sleeve and a spring. The sleeve can expand and contract freely with the deformation of the spring and limit the deformation direction of the spring. The spring changes stiffness by restraining the deformation of the coils at both ends thereof.

As shown in FIG. 5 , the lateral horizontal tuning vibration damping box 8 is composed of a lateral tuning mass 81 , a lateral sleeve spring 82 and a lateral vibration damping box shell 83 . The two ends of the lateral sleeve spring 82 are respectively connected to the lateral tuning mass 81 Hinged together with the lateral vibration damping box shell 83, the lateral surface of the lateral tuning mass 81 contacts with the inner surface of the lateral wall of the lateral vibration damping box shell 83 to form a frictional sliding surface, and the vibration energy is dissipated through dynamic friction hysteresis. In the embodiment, the friction material at the friction sliding surface also adopts polytetrafluoroethylene or modified polyethylene.

The transverse tuning mass 81 is a steel mass block, and the interior of the steel mass block is solid or hollow, and it is convenient to fill with different quality materials to adjust the natural vibration frequency when it is hollow.

The transverse sleeve spring 82 is composed of a sleeve and a spring. The sleeve can expand and contract freely with the deformation of the spring and limit the deformation direction of the spring. The spring changes its stiffness by restraining the deformation of the coils at both ends.

The load-bearing boom 1, the transverse diagonal brace 2, the longitudinal diagonal brace 3 and the horizontal load-bearing cross bar 4 adopt the structure of C-shaped channel steel or light steel pipe, and the transverse diagonal brace 2 and the longitudinal diagonal brace 3 are respectively along the horizontal and vertical direction of the wire groove 5. Arrangement, one end of the load-bearing boom 1, the horizontal diagonal brace 2, and the longitudinal diagonal brace 3 are hinged with the horizontal load-bearing cross-bar 4, and the other end is hinged with the main structure to form a stable space structure and provide a load-bearing wire slot 5 , two-dimensional tuning vibration damping box 7 and lateral horizontal tuning vibration damping box 8 installation space.

The implementation steps of the present invention during specific installation and use are described in detail below in conjunction with the above-mentioned technical solutions and accompanying drawings:

1) According to the relevant characteristics of the main structure and the electromechanical equipment, determine the relevant parameters of the shock-absorbing bracket, including the specific parameters and dimensions of the two-dimensional tuned shock-absorbing box 7 and the transverse horizontally tuned shock-absorbing box 8.

2) According to the design specifications, the two-dimensional tuning mass 71, the sleeve spring 72 and the two-dimensional vibration damping box shell 73 are processed in the factory, and the two sides of the two-dimensional tuning mass 71 and the inner surface of the side wall of the two-dimensional vibration damping box shell 73 are processed. Friction treatment, assemble the side wall and bottom plate of the two-dimensional vibration damping box shell 73, install the sleeve spring 72 at the bottom of the two-dimensional tuning mass 71; align the reserved sliding holes, and place the sliding gasket 75 on the two-dimensional vibration damping box shell On the outside of the side of 73, insert the adjusting screw 76, and screw on the tuning nut 77; The spring 72 is fixed to the top plate of the two-dimensional vibration damping box shell 73 , and the manufacture of the two-dimensional tuning vibration damping box 7 is completed.

3) Process the transverse tuning mass 81, the transverse sleeve spring 82 and the transverse damping box shell 83 in the factory, perform friction treatment on the four sides of the transverse tuning mass 81 and the inner surface of the cylinder of the transverse damping box shell 83, and perform friction treatment on the transverse tuning mass 81 The two ends are connected to the transverse sleeve spring 82, and inserted into the cylindrical body of the transverse vibration damping box shell 83, the two end plates of the transverse vibration damping box shell 83 are covered, and the transverse sleeve spring 82 is fixed to the two end plates.

4) According to the design and positioning, connect the load-bearing boom 1, transverse diagonal brace 2 and longitudinal diagonal brace 3 to the main structure, and then use adjustable hinges to connect the load-bearing boom 1, transverse diagonal brace 2 and longitudinal diagonal brace 3 to the horizontal load-bearing horizontal Rods 4 are connected to form a stable space structure.

5) Use the vibration-damping box fixing angle steel 74 to fix the two-dimensional tuning vibration-damping box 7 in the wire groove 5 according to the design position, and then use the wire groove fixing angle steel 6 to fix the wire groove 5 on the upper surface of the horizontal bearing cross bar 4 .

6) According to the field test results, adjust the mass of the two-dimensional tuning mass 71 and the transverse tuning mass 81 in the two-dimensional tuning vibration damping box 7, and the stiffness of the sleeve spring 72 and the transverse sleeve spring 82, and adjust by adjusting the nut 77. Damping characteristics

Principle of the Invention

In the present invention, the load-bearing boom 1, the horizontal diagonal brace 2, the longitudinal diagonal brace 3 and the horizontal load-bearing crossbar 4 together form a stable structure, which provides a bearing system and installation space for the wire slot 5, and the two-dimensional tuning in the wire slot 5 reduces the The vibration box 7 provides control forces with opposite phases in the vertical and longitudinal directions, and the horizontally tuned vibration-damping box 8 in the horizontal bearing bar 4 provides control forces with opposite phases in the horizontal direction; according to the response characteristics of different parts, multiple two-dimensional control forces can be applied. The tuning vibration damping box 7 and the transverse horizontal tuning vibration damping box 8 are set with different tuning frequencies, thereby expanding the tuning vibration damping frequency band. When the pipeline causes the vibration of the trunking 5, regardless of the magnitude of the vibration, the load-bearing boom 1, the horizontal diagonal brace 1, the longitudinal diagonal brace 3 and the horizontal load-bearing crossbar 4 bear and transmit the vibration load of the pipeline. At the same time, due to the principle of tuning resonance, some parts The vibrational energy is transferred to the two-dimensional tuning mass 71 and the transverse tuning mass 81, causing them to slide in the respective boxes and dissipate the vibrational energy through hysteretic kinetic friction with the respective damping box housings.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. a kind of multidimensional integrates frictional damping tuning quality shock bracket, which is characterized in that tiltedly including load-bearing sunpender (1), transverse direction Support (2), longitudinal diagonal brace (3), horizontal bearing cross bar (4), wire casing (5), wire casing fixed angle steel (6), two dimension tuning vibration damping box (7) and Vibration damping box (8) transversely and horizontally are tuned, the wire casing (5) is for accommodating pipeline, along the wire casing (5) length direction every a spacing Horizontal bearing cross bar (4) are set from its underpart, and wire casing (5) is passed through into wire casing fixed angle steel (6) and horizontal bearing cross bar (4) Affixed, the horizontal bearing cross bar (4) passes through load-bearing sunpender (1), lateral diagonal brace (2) and longitudinal diagonal brace (3) and main structure phase Connection forms rock-steady structure, and along the wire casing (5) length direction, setting two dimension tunes vibration damping box inside it at a certain distance (7), and it is arranged inside the horizontal bearing cross bar (4) and transversely and horizontally tunes vibration damping box (8), multidimensional tuning is collectively formed and subtracts Vibration body system when wire casing (5) vibrates, absorbs vertical simultaneously Friction dissipation and extensional vibration energy by two-dimentional tuning vibration damping box (7), leads to It crosses transversely and horizontally tuning vibration damping box (8) and absorbs simultaneously Friction dissipation transverse vibration energy.

2. integrating frictional damping tuning quality shock bracket according to multidimensional described in claim 1, which is characterized in that the two dimension is adjusted Humorous vibration damping box (7) is by two-dimentional tuning quality (71), sleeve spring (72), two-dimentional vibration damping box shell (73) and the fixed angle steel of vibration damping box (74) it forms, the two dimension vibration damping box shell (73) is fixed in by vibration damping box fixed angle steel (74) with wire casing (5) inner bottom surface Together, sleeve spring (72) both ends are hinged on one with two-dimentional tuning quality (71) and two-dimentional vibration damping box shell (73) respectively It rises, to provide elastic stiffness, table in two dimension tuning quality (71) sidewall surfaces and two-dimentional vibration damping box shell (73) side wall Contact forms Frictional Slipping face between face, passes through dynamic friction hysteresis dissipation vibrational energy.

3. multidimensional according to claim 2 integrates frictional damping tuning quality shock bracket, which is characterized in that the two dimension Tuning vibration damping box (7) further includes sliding shim (75), adjusting screw rod (76) and adjusting nut (77), and the adjusting screw rod (76) is worn Cross the two sidewalls of two-dimentional vibration damping box shell (73), and be pierced by two-dimentional vibration damping box shell (73) two sidewalls outer surface part with Adjusting nut (77) cooperation screws, the adjusting screw rod (76) in two-dimentional vibration damping box shell (73) with two-dimentional tuning quality (71) closely connection and common sliding, does not collide in Frictional Slipping stroke with two-dimentional vibration damping box shell (73), the tune Sliding shim is set between section screw rod (76) and/or adjusting nut (77) and two-dimentional vibration damping box shell (73) wall outer surface (75), change precompressed of the two-dimentional vibration damping box shell (73) to two-dimentional tuning quality (71) by tightening and loosening adjusting nut (77) Power, to adjust friction energy-dissipating characteristic.

4. multidimensional according to claim 2 integrates frictional damping tuning quality shock bracket, which is characterized in that the friction Friction material is equipped at sliding surface, friction material uses polytetrafluoroethylene (PTFE) or modified poly ethylene.

5. multidimensional according to claim 2 integrates frictional damping tuning quality shock bracket, which is characterized in that the two dimension Tuning quality (71) is steel mass block, be inside steel mass block it is solid or hollow, convenient for filling different quality material when hollow Material, to adjust the natural frequency of vibration.

6. multidimensional according to claim 2 integrates frictional damping tuning quality shock bracket, which is characterized in that the sleeve Spring (72) is made of sleeve and spring, and the sleeve is limited with camber of spring free extension and to camber of spring direction, institute Spring is stated by inhibiting the deformation of its both ends spring ring to change rigidity.

7. multidimensional according to claim 1 integrates frictional damping tuning quality shock bracket, which is characterized in that the transverse direction Level tuning vibration damping box (8) is made of lateral tuning quality (81), transverse sleeves spring (82) and lateral vibration absorbing box shell (83), Transverse sleeves spring (82) both ends are hinged with lateral tuning quality (81) and lateral vibration absorbing box shell (83) respectively, Formation friction is contacted between transverse direction tuning quality (81) sidewall surfaces and lateral vibration absorbing box shell (83) side wall inner surfaces to slide Dynamic face, passes through dynamic friction hysteresis dissipation vibrational energy.

8. multidimensional according to claim 7 integrates frictional damping tuning quality shock bracket, which is characterized in that the transverse direction Tuning quality (81) is steel mass block, be inside steel mass block it is solid or hollow, convenient for filling different quality material when hollow Material, to adjust the natural frequency of vibration.

9. multidimensional according to claim 7 integrates frictional damping tuning quality shock bracket, which is characterized in that the transverse direction Sleeve spring (82) is made of sleeve and spring, and the sleeve is limited with camber of spring free extension and to camber of spring direction Position, the spring is by inhibiting the deformation of its both ends spring ring to change rigidity.

10. multidimensional according to claim 1 integrates frictional damping tuning quality shock bracket, which is characterized in that described to hold Heavy Derrick (1), lateral diagonal brace (2), longitudinal diagonal brace (3) and horizontal bearing cross bar (4) use C-shaped channel steel or light steel tube structure, The transverse direction diagonal brace (2) and longitudinal diagonal brace (3) are respectively along wire casing (5) horizontal and vertical arrangement, the load-bearing sunpender (1), transverse direction Diagonal brace (2), one end of longitudinal diagonal brace (3) and horizontal bearing cross bar (4) are hinged, and the other end and main structure are hinged on one It rises, forms stable space structure, carrying wire casing (5), two dimension tuning vibration damping box (7) are provided and transversely and horizontally tune vibration damping box (8) installation space.