CN110061429A - A kind of electronic equipment security protection electric power cabinet installation pedestal - Google Patents
A kind of electronic equipment security protection electric power cabinet installation pedestal Download PDFInfo
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- CN110061429A CN110061429A CN201910479320.2A CN201910479320A CN110061429A CN 110061429 A CN110061429 A CN 110061429A CN 201910479320 A CN201910479320 A CN 201910479320A CN 110061429 A CN110061429 A CN 110061429A
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- steel plate
- helical spring
- doughnut
- spiral
- shaped steel
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- 238000009434 installation Methods 0.000 title claims abstract description 63
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 title claims description 18
- 230000007246 mechanism Effects 0.000 claims abstract description 199
- 229910000831 Steel Inorganic materials 0.000 claims abstract description 139
- 239000010959 steel Substances 0.000 claims abstract description 139
- 238000013016 damping Methods 0.000 claims abstract description 118
- 239000000872 buffer Substances 0.000 claims abstract description 116
- 230000009466 transformation Effects 0.000 claims abstract description 96
- 230000001276 controlling effect Effects 0.000 claims abstract description 86
- 230000001105 regulatory effect Effects 0.000 claims abstract description 86
- 230000000694 effects Effects 0.000 claims abstract description 14
- 238000005265 energy consumption Methods 0.000 claims abstract description 12
- 238000009825 accumulation Methods 0.000 claims description 66
- 238000007789 sealing Methods 0.000 claims description 6
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 2
- 230000009471 action Effects 0.000 abstract description 4
- 239000004568 cement Substances 0.000 abstract description 4
- 238000005516 engineering process Methods 0.000 abstract description 3
- 230000036039 immunity Effects 0.000 abstract description 2
- 238000011176 pooling Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 4
- 238000003491 array Methods 0.000 description 2
- 230000003139 buffering effect Effects 0.000 description 2
- 230000001131 transforming effect Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
- 239000000758 substrate Substances 0.000 description 1
- 230000003319 supportive effect Effects 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/26—Casings; Parts thereof or accessories therefor
- H02B1/30—Cabinet-type casings; Parts thereof or accessories therefor
- H02B1/303—Bases or feet
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
- H02B1/54—Anti-seismic devices or installations
Landscapes
- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Vibration Prevention Devices (AREA)
Abstract
The invention discloses a kind of electronic equipment security protection electric power cabinet installation pedestals, including bottom installation base plate.The present invention is mounted on earth's surface by cement, pass through three-point fix technology, it is able to carry out level angle adjustment effect, so that the device can be when being hit by the external world, realize certain flecition, strong interference immunity, and, the device has pooling feature, anti-vibration effect is strong, and, the device has screw thread and spiral three-point fix level angle regulating and controlling mechanism, utilize helicitic texture and helical blade, the level angle of the device can effectively be controlled, there is anti-lateral external forces effect simultaneously, furthermore, there is the device doughnut-shaped steel plate to accumulate incrementally friction energy-dissipating transformation mechanism, vibrating effect can be converted to friction, to generate thermal energy, realize energy consumption effect, in addition, the device has the effective damping of helical spring Telescopic buffer, it can be under the action of helical spring, realize certain anti-vibration effect.
Description
Technical field
The present invention relates to electronic safety protection technical field, specially a kind of electronic equipment security protection is installed with electric power cabinet
Pedestal.
Background technique
Currently, all trades and professions can all use electronic information equipment, and since its software needs hardware support, so for electricity
Sub- equipment needs special safeguard measure, abbreviation security protection, and many electric power cabinets for installing electronic component are all outdoor type installations,
But due to the unstability of outdoor ambient enviroment, cause internal element service life low, it is easy to happen since micro-vibration causes
Component relax phenomenon, limitation is bigger.
Summary of the invention
The purpose of the present invention is to provide a kind of electronic equipment security protection electric power cabinet installation pedestals, to solve above-mentioned back
The problem of being proposed in scape technology.
To achieve the above object, the invention provides the following technical scheme: a kind of electronic equipment security protection is pacified with electric power cabinet
Fill pedestal, including bottom installation base plate is equipped with base bearing inside the bottom installation base plate bottom surface, the base bearing it is interior
First rotary shaft is installed, the axis body of first rotary shaft bottom end is mounted on the inside of swivel plate, the bottom installation in ring
Upper surface of base plate is provided centrally with the hemispherical hollow casing with its integral structure, the setting of hemispherical hollow casing center
There is spherical groove structure, a spherical is placed in the inside of the spherical groove structure, and the center of the spherical is spherical hollow
Structure, there are three the cards of annular array setting to put groove structure for the setting of bottom installation base plate upper surface, the spherical
One balance mounting plate of top installation, the threaded hollow area for being internally provided with the setting of three annular arrays of the balance mounting plate
Between, each card, which is put, installs a screw thread and spiral three-point fix horizontal angle between groove structure and each threaded hollow section
Regulating and controlling mechanism is spent, doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism is installed at the balance mounting plate upper surface center,
The doughnut-shaped steel plate accumulation incrementally installs a top connecting plate, the top connecting plate bottom in friction energy-dissipating transformation mechanism top
The effective damping of helical spring Telescopic buffer, table in the top connecting plate are installed between balance mounting plate upper surface
A top installation base plate is installed in face, and top installation base plate upper surface is provided with multiple bolts hole, the top installation base plate
It is provided centrally with longitudinal wire guide, the bottom of the longitudinal direction wire guide is provided with a lateral wire guide, the top installation base plate
Inside be located at longitudinal wire guide and lateral conducting wire bore ends are being provided with sealing ring installation groove structure, it is each described close
The inside of seal installation groove structure is respectively mounted a primary seal circle.
Further, the screw thread and spiral three-point fix level angle regulating and controlling mechanism include screw thread and spiral 3 points
Position level angle regulating and controlling mechanism with inlay column, screw thread and spiral three-point fix level angle regulating and controlling mechanism screw shell,
Screw thread and spiral three-point fix level angle regulating and controlling mechanism hexagonal structure, screw thread and spiral three-point fix level angle tune
Control mechanism screw thread section, screw thread and spiral three-point fix level angle regulating and controlling mechanism helicitic texture, screw thread and spiral
Three-point fix level angle regulating and controlling mechanism threaded post, screw thread and spiral three-point fix level angle regulating and controlling mechanism spiral bullet
Spring and screw thread and spiral three-point fix level angle regulating and controlling mechanism swivel plate；The screw thread and spiral three-point fix are horizontal
Angle regulating and controlling mechanism is that hexagonal structure forms screw thread and spiral three-point fix level angle regulating and controlling mechanism with the side for inlaying column
With hexagonal structure, the screw thread is provided centrally with screw thread with spiral three-point fix level angle regulating and controlling mechanism screw shell
With spiral three-point fix level angle regulating and controlling mechanism screw thread section, the screw thread and spiral three-point fix level angle tune
One is connect with spiral three-point fix level angle regulating and controlling mechanism with helicitic texture by screw thread inside control mechanism screw thread section
Screw thread and spiral three-point fix level angle regulating and controlling mechanism threaded post, the screw thread and spiral three-point fix level angle
Regulating and controlling mechanism threaded post one end and screw thread and spiral three-point fix level angle regulating and controlling mechanism are between the one end for inlaying column
One screw thread and spiral three-point fix level angle regulating and controlling mechanism helical spring, the screw thread and spiral three-point fix are installed
The other end of level angle regulating and controlling mechanism threaded post installs a screw thread and spiral three-point fix level angle regulating and controlling mechanism is used
Swivel plate.
Further, the screw thread and spiral three-point fix level angle regulating and controlling mechanism helicitic texture include that setting exists
The internal thread structure of screw thread and spiral three-point fix level angle regulating and controlling mechanism screw shell inner wall and setting in screw thread and
Spiral external thread structure of the three-point fix level angle regulating and controlling mechanism on the threaded post body of rod.
Further, the screw thread and spiral three-point fix level angle regulating and controlling mechanism are with inlaying column and screw thread and spiral
Formula three-point fix level angle regulating and controlling mechanism is separately mounted to card with screw shell and puts inside groove structure and threaded hollow section.
Further, incrementally friction energy-dissipating transformation mechanism includes that doughnut-shaped steel plate is accumulated incrementally for the doughnut-shaped steel plate accumulation
Friction energy-dissipating transformation mechanism fixed block, doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism mounting hole, doughnut-shaped steel plate
Incrementally incrementally friction energy-dissipating transformation mechanism is used for the first annular steel plate of friction energy-dissipating transformation mechanism, doughnut-shaped steel plate accumulation for accumulation
Incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate, doughnut-shaped steel plate accumulation are passed for second doughnut-shaped steel plate, doughnut-shaped steel plate accumulation
Increasing formula friction energy-dissipating transformation mechanism transverse slat, doughnut-shaped steel plate accumulation incrementally the mobile groove structure of friction energy-dissipating transformation mechanism,
Incrementally friction energy-dissipating transformation mechanism strip through-hole structure and doughnut-shaped steel plate accumulate incrementally friction energy-dissipating for doughnut-shaped steel plate accumulation
Transformation mechanism movable block；The doughnut-shaped steel plate accumulates the center inside incrementally friction energy-dissipating transformation mechanism fixed block successively
Being equipped with doughnut-shaped steel plate accumulation, incrementally the first annular steel plate of friction energy-dissipating transformation mechanism, doughnut-shaped steel plate accumulation incrementally rub
Energy consumption the second doughnut-shaped steel plate of transformation mechanism and doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate,
The doughnut-shaped steel plate is accumulated the doughnut-shaped steel plate accumulation that is provided centrally with inside incrementally friction energy-dissipating transformation mechanism transverse slat and is incremented by
The mobile groove structure of formula friction energy-dissipating transformation mechanism, incrementally friction energy-dissipating transformation mechanism moves for the doughnut-shaped steel plate accumulation
Groove structure bottom is provided with doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism strip through-hole structure, the ring steel
Incrementally friction energy-dissipating transformation mechanism is incrementally rubbed with the both ends of third doughnut-shaped steel plate across the doughnut-shaped steel plate accumulation board stack
Energy consumption transformation mechanism strip through-hole structure is wiped, and doughnut-shaped steel plate superposed type energy consumption bindiny mechanism is existed with third doughnut-shaped steel plate
Positioned at the doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism with move groove structure inside both ends be respectively mounted a ring
Shape steel plate accumulates incrementally friction energy-dissipating transformation mechanism movable block.
Further, the doughnut-shaped steel plate accumulates incrementally friction energy-dissipating transformation mechanism first annular steel plate, ring steel
Incrementally the second doughnut-shaped steel plate of friction energy-dissipating transformation mechanism and doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transforming machine to board stack
Structure is ring structure with third doughnut-shaped steel plate, and perimeter successively increases.
Further, incrementally friction energy-dissipating transformation mechanism with fixed block is mounted on parallel installation for doughnut-shaped steel plate accumulation
The upper surface of plate, the doughnut-shaped steel plate accumulate the bottom that incrementally friction energy-dissipating transformation mechanism is mounted on top connecting plate with transverse slat
Portion.
Further, the effective damping of helical spring Telescopic buffer includes that helical spring Telescopic buffer is effective
The first connecting plate of damping, the first bolt hole of the effective damping of helical spring Telescopic buffer, helical spring are flexible
Formula buffers effective damping hollow posts, the effective damping hollow structure of helical spring Telescopic buffer, helical spring
The effective damping through-hole structure of Telescopic buffer, the effective damping movable plate of helical spring Telescopic buffer, spiral
Spring retractable buffers effective damping telescopic rod, the second connection of the effective damping of helical spring Telescopic buffer
Plate, the second bolt hole of the effective damping of helical spring Telescopic buffer and the effective damping of helical spring Telescopic buffer
Use helical spring；The first connecting plate of the effective damping of helical spring Telescopic buffer is internally provided with multiple spirals
Spring retractable buffers the first bolt hole of effective damping, and the effective damping of helical spring Telescopic buffer is with the
One end face of one connecting plate be provided with the effective damping hollow posts of the helical spring Telescopic buffer of its integral structure,
The effective damping of helical spring Telescopic buffer, which is provided with helical spring Telescopic buffer with hollow posts inside center, to be had
Damping hollow structure is imitated, one end of helical spring Telescopic buffer effective damping hollow structure is provided with
It is connected to the extraneous effective damping through-hole structure of helical spring Telescopic buffer, the helical spring Telescopic buffer is effective
The inside of damping hollow structure is installed by the effective damping movable plate of one helical spring Telescopic buffer, the spiral
One end center that spring retractable buffers effective damping movable plate is installed by the one effective damping of helical spring Telescopic buffer
Mechanism telescopic rod, the spiral bullet of one compression of other end installation of the effective damping movable plate of helical spring Telescopic buffer
The effective damping helical spring of spring Telescopic buffer, the effective damping telescopic rod of helical spring Telescopic buffer
The body of rod run through the effective damping through-hole structure of the helical spring Telescopic buffer, and the helical spring is telescopic slow
It rushes effective damping telescopic rod and is being located at the external effective damping use of one end one helical spring Telescopic buffer of installation
Second connecting plate, the second connecting plate of the effective damping of helical spring Telescopic buffer are internally provided with multiple spirals
Spring retractable buffers the second bolt hole of effective damping.
Further, the effective damping of helical spring Telescopic buffer is with the first connecting plate by being inserted into spiral
Spring retractable buffers the upper surface that effective damping is mounted on balance mounting plate with the bolt inside the first bolt hole.
Further, the effective damping of helical spring Telescopic buffer is with the second connecting plate by being inserted into spiral
Spring retractable buffers the bottom surface that effective damping is mounted on top connecting plate with the bolt inside the second bolt hole.
Compared with prior art, fixed by 3 points the beneficial effects of the present invention are: the present invention is mounted on earth's surface by cement
Position technology, is able to carry out level angle adjustment effect, so that the device can be realized certain when being hit by the external world
Flecition, strong interference immunity, also, the device have pooling feature, and anti-vibration effect is strong, moreover, the device has screw thread
The device can be effectively controlled using helicitic texture and helical blade with spiral three-point fix level angle regulating and controlling mechanism
Level angle, while there is anti-lateral external forces effect, it is converted in addition, there is the device doughnut-shaped steel plate to accumulate incrementally friction energy-dissipating
Mechanism can convert vibrating effect to friction, to generate thermal energy, energy consumption effect be realized, in addition, the device has spiral bullet
The effective damping of spring Telescopic buffer can realize certain anti-vibration effect under the action of helical spring.
Detailed description of the invention
Fig. 1 is the complete section structural schematic diagram of a kind of electronic equipment security protection electric power cabinet installation pedestal of the present invention；
Fig. 2 is that screw thread and spiral three-point fix are horizontal in a kind of electronic equipment security protection electric power cabinet installation pedestal of the present invention
The structural schematic diagram of angle regulating and controlling mechanism；
Fig. 3 is that incrementally friction consumes for doughnut-shaped steel plate accumulation in a kind of electronic equipment security protection electric power cabinet installation pedestal of the present invention
The structural schematic diagram of energy transformation mechanism；
Fig. 4 is that helical spring Telescopic buffer effectively subtracts in a kind of electronic equipment security protection electric power cabinet installation pedestal of the present invention
Shake the structural schematic diagram of mechanism；
In figure: 1, bottom installation base plate, 2, base bearing, 3, the first rotary shaft, 4, swivel plate, 5, hemispherical hollow casing, 6, ball
Connected in star structure, 7, spherical, 8, spherical hollow structure, 9 balance mounting plate, 10, and card puts groove structure, 11, threaded hollow area
Between, 12, screw thread and spiral three-point fix level angle regulating and controlling mechanism, 121, screw thread and spiral three-point fix level angle tune
Control mechanism is with inlaying column, 122, screw thread and spiral three-point fix level angle regulating and controlling mechanism screw shell, 123, screw thread and
Spiral three-point fix level angle regulating and controlling mechanism hexagonal structure, 124, screw thread and spiral three-point fix level angle regulate and control
Mechanism screw thread section, 125, screw thread and spiral three-point fix level angle regulating and controlling mechanism helicitic texture, 126, screw thread with
Spiral three-point fix level angle regulating and controlling mechanism threaded post, 127, screw thread and spiral three-point fix level angle regulate and control machine
Structure helical spring, 128, screw thread and spiral three-point fix level angle regulating and controlling mechanism swivel plate, 13, doughnut-shaped steel plate are accumulated
Incrementally friction energy-dissipating transformation mechanism, 131, doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism fixed block, 132, ring
Shape steel plate accumulation incrementally friction energy-dissipating transformation mechanism mounting hole, 133, doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transforming machine
The first annular steel plate of structure, 134, doughnut-shaped steel plate accumulation incrementally the second doughnut-shaped steel plate of friction energy-dissipating transformation mechanism, 135, ring
Shape steel plate accumulation incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate, 136, doughnut-shaped steel plate accumulation incrementally friction energy-dissipating
Transformation mechanism transverse slat, 137, the doughnut-shaped steel plate accumulation incrementally mobile groove structure of friction energy-dissipating transformation mechanism, 138, annular
Steel plate accumulation incrementally friction energy-dissipating transformation mechanism strip through-hole structure, 139, incrementally friction energy-dissipating turns for doughnut-shaped steel plate accumulation
Change mechanism movable block, 14, top connecting plate, 15, top installation base plate, 16, the effective damping machine of helical spring Telescopic buffer
Structure, 161, the first connecting plate of the effective damping of helical spring Telescopic buffer, 162, helical spring Telescopic buffer is effective
The first bolt hole of damping, 163, the effective damping hollow posts of helical spring Telescopic buffer, 164, helical spring
The effective damping hollow structure of Telescopic buffer, 165, helical spring Telescopic buffer effective damping through-hole knot
Structure, 166, the effective damping movable plate of helical spring Telescopic buffer, 167, the effective damping of helical spring Telescopic buffer
Mechanism telescopic rod, 168, the second connecting plate of the effective damping of helical spring Telescopic buffer, 169, helical spring is flexible
Formula buffering the second bolt hole of effective damping, 1610, the effective damping helical spring of helical spring Telescopic buffer,
17, bolt hole, 18, longitudinal wire guide, 19, lateral wire guide, 20, sealing ring installation groove structure, 21, primary seal circle.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention: including bottom installation base plate 1, the bottom installation base plate 1
Base bearing 2 is installed inside bottom surface, the first rotary shaft 3, first rotary shaft 3 are installed in the inner ring of the base bearing 2
The axis body of bottom end is mounted on the inside of swivel plate 4, and 1 upper surface of bottom installation base plate is provided centrally with and its integral structure
Hemispherical hollow casing 5, the hemispherical hollow casing 5 is provided centrally with spherical groove structure 6, the spherical groove structure
A spherical 7 is placed in 6 inside, and the center of the spherical 7 is spherical hollow structure 8,1 upper surface of bottom installation base plate
The card being arranged there are three annular array is set and puts groove structure 10, the one balance mounting plate 9 of top installation of the spherical 7, institute
The threaded hollow section 11 for being internally provided with the setting of three annular arrays of balance mounting plate 9 is stated, each card puts groove knot
One screw thread and spiral three-point fix level angle regulating and controlling mechanism 12 are installed between structure 10 and each threaded hollow section 11, it is described
It balances 9 upper surface center of mounting plate and one doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism 13, the doughnut-shaped steel plate is installed
It accumulates and a top connecting plate 14,14 bottom of top connecting plate and balance is installed at the top of incrementally friction energy-dissipating transformation mechanism 13
The effective damping 16 of helical spring Telescopic buffer, table in the top connecting plate 14 are installed between 9 upper surface of mounting plate
A top installation base plate 15 is installed in face, and 15 upper surface of top installation base plate is provided with multiple bolts hole 17, the top peace
Dress substrate 15 is provided centrally with longitudinal wire guide 18, and the bottom of the longitudinal direction wire guide 18 is provided with a lateral wire guide 19, institute
The inside for stating top installation base plate 15 is being provided with sealing ring peace positioned at longitudinal wire guide 18 and 19 end of lateral wire guide
Groove structure 20 is filled, the inside of each sealing ring installation groove structure 20 is respectively mounted a primary seal circle 21.
Referring to Fig. 2, the screw thread and spiral three-point fix level angle regulating and controlling mechanism 12 are including screw thread and spirally
Three-point fix level angle regulating and controlling mechanism is with inlaying column 121, screw thread and spiral three-point fix level angle regulating and controlling mechanism spiral shell
Line sleeve 122, screw thread and spiral three-point fix level angle regulating and controlling mechanism hexagonal structure 123, screw thread and spiral 3 points
Position level angle regulating and controlling mechanism screw thread section 124, screw thread and spiral three-point fix level angle regulating and controlling mechanism screw thread
Structure 125, screw thread and spiral three-point fix level angle regulating and controlling mechanism threaded post 126, screw thread and spiral three-point fix
Level angle regulating and controlling mechanism helical spring 127 and screw thread and spiral three-point fix level angle regulating and controlling mechanism swivel plate
128；The screw thread is that hexagonal structure forms spiral shell with the side for inlaying column 121 with spiral three-point fix level angle regulating and controlling mechanism
Line and spiral three-point fix level angle regulating and controlling mechanism hexagonal structure 123, the screw thread and spiral three-point fix are horizontal
Angle regulating and controlling mechanism screw shell 122 is provided centrally with screw thread and spiral three-point fix level angle regulating and controlling mechanism spiral shell
Line section 124, inside the screw thread and spiral three-point fix level angle regulating and controlling mechanism screw thread section 124 by screw thread with
Spiral three-point fix level angle regulating and controlling mechanism connects a screw thread and spiral three-point fix level angle with helicitic texture 125
Regulating and controlling mechanism threaded post 126, the screw thread and spiral three-point fix level angle regulating and controlling mechanism 126 one end of threaded post and
Screw thread and spiral three-point fix level angle regulating and controlling mechanism are with installing a screw thread and spiral three between the one end for inlaying column 121
Point location level angle regulating and controlling mechanism helical spring 127, the screw thread and spiral three-point fix level angle regulating and controlling mechanism
One screw thread and spiral three-point fix level angle regulating and controlling mechanism swivel plate 128 are installed with the other end of threaded post 126；It is described
Screw thread and spiral three-point fix level angle regulating and controlling mechanism helicitic texture 125 include that setting is fixed with spiral 3 points in screw thread
The internal thread structure of position level angle regulating and controlling mechanism 122 inner wall of screw shell and setting are in screw thread and spiral three-point fix water
External thread structure of the straight angle degree regulating and controlling mechanism on 126 body of rod of threaded post；The screw thread and spiral three-point fix level angle
Regulating and controlling mechanism is pacified with spiral three-point fix level angle regulating and controlling mechanism screw shell 122 respectively with inlaying column 121 and screw thread
Put inside groove structure 10 and threaded hollow section 11, main function is: being threadedly coupled mounted in card, can rotary, into
Corrective action of the row to helical spring intensity.
Referring to Fig. 3, incrementally friction energy-dissipating transformation mechanism 13 includes that doughnut-shaped steel plate accumulation is passed for the doughnut-shaped steel plate accumulation
Increasing formula friction energy-dissipating transformation mechanism fixed block 131, doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism mounting hole
132, incrementally the first annular steel plate 133 of friction energy-dissipating transformation mechanism, doughnut-shaped steel plate accumulation incrementally rub for doughnut-shaped steel plate accumulation
Wipe energy consumption the second doughnut-shaped steel plate 134 of transformation mechanism, doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism third annular
Incrementally incrementally friction consumes for friction energy-dissipating transformation mechanism transverse slat 136, doughnut-shaped steel plate accumulation for steel plate 135, doughnut-shaped steel plate accumulation
Energy transformation mechanism accumulates incrementally friction energy-dissipating transformation mechanism strip through-hole structure with mobile groove structure 138, doughnut-shaped steel plate
138 and doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism movable block 139；The doughnut-shaped steel plate accumulation incrementally rubs
Energy consumption transformation mechanism is sequentially installed with doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism with the center inside fixed block 131
Incrementally friction energy-dissipating transformation mechanism the second doughnut-shaped steel plate 134 and ring steel is accumulated with first annular steel plate 133, doughnut-shaped steel plate
Incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate 135, the doughnut-shaped steel plate accumulate incrementally friction energy-dissipating to board stack
The doughnut-shaped steel plate accumulation incrementally mobile groove of friction energy-dissipating transformation mechanism is provided centrally with inside transformation mechanism transverse slat 136
Structure 138, incrementally friction energy-dissipating transformation mechanism with 138 bottom of groove structure is moved is provided with annular for doughnut-shaped steel plate accumulation
Incrementally friction energy-dissipating transformation mechanism strip through-hole structure 138, the doughnut-shaped steel plate accumulate incrementally friction consumption for steel plate accumulation
The both ends of energy transformation mechanism third doughnut-shaped steel plate 135 pass through the doughnut-shaped steel plate and accumulate incrementally friction energy-dissipating transformation mechanism use
Strip through-hole structure 138, and doughnut-shaped steel plate superposed type energy consumption bindiny mechanism is being located at the ring with third doughnut-shaped steel plate 135
Shape steel plate accumulation incrementally friction energy-dissipating transformation mechanism with move groove structure 138 inside both ends be respectively mounted a ring steel sheetpile
Long-pending incrementally friction energy-dissipating transformation mechanism movable block 139；Incrementally friction energy-dissipating transformation mechanism is used for the doughnut-shaped steel plate accumulation
First annular steel plate 133, doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism the second doughnut-shaped steel plate 134 and doughnut-shaped steel plate
Incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate 135 is ring structure for accumulation, and perimeter successively increases；The ring
Shape steel plate accumulates the upper surface that incrementally friction energy-dissipating transformation mechanism fixed block 131 is mounted on parallel mounting plates 9, the annular
Steel plate accumulates the bottom that incrementally friction energy-dissipating transformation mechanism transverse slat 136 is mounted on top connecting plate 14, and main function is:
When generating vibration, deformation occurs between each annular slab, generates friction, to realize that energy consumption acts on.
Referring to Fig. 4, the effective damping 16 of helical spring Telescopic buffer includes helical spring Telescopic buffer
The first connecting plate 161 of effective damping, the effective damping of helical spring Telescopic buffer the first bolt hole 162, spiral shell
It revolves spring retractable and buffers effective damping hollow posts 163, the effective damping of helical spring Telescopic buffer with hollow
The effective damping through-hole structure 165 of structure 164, helical spring Telescopic buffer, helical spring Telescopic buffer effectively subtract
It is telescopic slow to shake mechanism movable plate 166, helical spring Telescopic buffer effective damping telescopic rod 167, helical spring
Rush the second connecting plate 168 of effective damping, 169 and of the second bolt hole of the effective damping of helical spring Telescopic buffer
Helical spring Telescopic buffer effective damping helical spring 1610；The effective damping machine of helical spring Telescopic buffer
The first connecting plate 161 of structure is internally provided with the first bolt hole of multiple effective dampings of helical spring Telescopic buffer
162, the effective damping of helical spring Telescopic buffer is provided with and its integral type with an end face of the first connecting plate 161
Helical spring Telescopic buffer effective damping hollow posts 163 of structure, the helical spring Telescopic buffer effectively subtract
It shakes mechanism and 163 inside center of hollow posts is provided with the effective damping hollow structure 164 of helical spring Telescopic buffer, institute
The effective damping of helical spring Telescopic buffer is stated to be stretched with the helical spring that one end of hollow structure 164 is provided with the connection external world
Contracting formula buffers effective damping through-hole structure 165, the hollow knot of the effective damping of helical spring Telescopic buffer
A helical spring Telescopic buffer effective damping movable plate 166 is installed in the inside of structure 164, and the helical spring is telescopic
The one effective damping of helical spring Telescopic buffer is installed with stretching in one end center for buffering effective damping movable plate 166
Contracting bar 167, the helical spring of one compression of other end installation of helical spring Telescopic buffer effective damping movable plate 166
Telescopic buffer effective damping helical spring 1610, the effective damping of helical spring Telescopic buffer are used flexible
The body of rod of bar 167 runs through helical spring Telescopic buffer effective damping through-hole structure 165, and the helical spring
The effective damping of Telescopic buffer is effective in one end one helical spring Telescopic buffer of installation for being located at outside with telescopic rod 167
The second connecting plate 168 of damping, the second connecting plate 168 of the effective damping of helical spring Telescopic buffer it is interior
Portion is provided with the second bolt hole 169 of multiple effective dampings of helical spring Telescopic buffer；The helical spring is telescopic
Effective damping is buffered with the first connecting plate 161 by being inserted into the effective damping of helical spring Telescopic buffer with first
Bolt inside bolt hole 162 is mounted on the upper surface of balance mounting plate 9；The effective damping machine of helical spring Telescopic buffer
Structure is with the second connecting plate 168 by being inserted into inside the second bolt hole 169 of the effective damping of helical spring Telescopic buffer
Bolt be mounted on the bottom surface of top connecting plate 14, main function is: after installation, under the action of helical spring, realizing
The effect of cushioning supportive.
Specifically used mode: in present invention work, each bottom swivel plate 4 being pushed aside outward, is then placed within ground, then
It is cast in around bottom installation base plate 1 by cement, to after cement molding, that is, each screw thread is adjusted and spiral 3 points fixed
Electric power cabinet bottom so that the device is in horizontality, then is mounted on top by bolt by position level angle regulating and controlling mechanism 12
The upper surface of installation base plate 15, then the electric wire of each connection is passed through into primary seal circle 21, longitudinal wire guide 18 and lateral conducting wire
Hole 19.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (10)
1. a kind of electronic equipment security protection electric power cabinet installation pedestal, including bottom installation base plate (1), it is characterised in that: institute
It states and is equipped with base bearing (2) inside bottom installation base plate (1) bottom surface, the first rotation is installed in the inner ring of the base bearing (2)
The axis body of shaft (3), the first rotary shaft (3) bottom end is mounted on the inside of swivel plate (4), the bottom installation base plate (1)
Upper surface is provided centrally with the hemispherical hollow casing (5) with its integral structure, and hemispherical hollow casing (5) center is set
It is equipped with spherical groove structure (6), a spherical (7) are placed in the inside of the spherical groove structure (6), the spherical (7)
Center is spherical hollow structure (8), and the card for annular array setting that there are three bottom installation base plate (1) the upper surface settings is put recessed
Slot structure (10), one balance mounting plate (9) of top installation of the spherical (7), the inside setting of balance mounting plate (9)
There are three the threaded hollow section (11) of annular array setting, each card puts groove structure (10) and each threaded hollow area
Between a screw thread and spiral three-point fix level angle regulating and controlling mechanism (12) be installed between (11), on the balance mounting plate (9)
Centre of surface installs doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism (13), and the doughnut-shaped steel plate accumulation incrementally rubs
It wipes and a top connecting plate (14) is installed at the top of energy consumption transformation mechanism (13), top connecting plate (14) bottom and balance mounting plate
(9) the effective damping of helical spring Telescopic buffer (16), table on the top connecting plate (14) are installed between upper surface
A top installation base plate (15) is installed in face, and top installation base plate (15) upper surface is provided with multiple bolts hole (17), described
Top installation base plate (15) is provided centrally with longitudinal wire guide (18), and the bottom of the longitudinal direction wire guide (18) is provided with one laterally
The inside of wire guide (19), the top installation base plate (15) is being located at longitudinal wire guide (18) and lateral wire guide (19)
End is provided with sealing ring installation groove structure (20), and the inside of each sealing ring installation groove structure (20) is respectively mounted one
Primary seal circle (21).
2. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 1, it is characterised in that: described
Screw thread and spiral three-point fix level angle regulating and controlling mechanism (12) include that screw thread and spiral three-point fix level angle regulate and control
Mechanism with inlay column (121), screw thread and spiral three-point fix level angle regulating and controlling mechanism screw shell (122), screw thread with
Spiral three-point fix level angle regulating and controlling mechanism hexagonal structure (123), screw thread and spiral three-point fix level angle tune
Mechanism is controlled with screw thread section (124), screw thread and spiral three-point fix level angle regulating and controlling mechanism helicitic texture (125), spiral shell
Line and spiral three-point fix level angle regulating and controlling mechanism threaded post (126), screw thread and spiral three-point fix level angle
Regulating and controlling mechanism helical spring (127) and screw thread and spiral three-point fix level angle regulating and controlling mechanism swivel plate (128)；Institute
State screw thread and spiral three-point fix level angle the regulating and controlling mechanism side for inlaying column (121) be hexagonal structure formed screw thread with
Spiral three-point fix level angle regulating and controlling mechanism hexagonal structure (123), the screw thread and spiral three-point fix horizontal angle
Degree regulating and controlling mechanism screw shell (122) is provided centrally with screw thread and spiral three-point fix level angle regulating and controlling mechanism spiral shell
Pass through spiral shell inside line section (124), the screw thread and spiral three-point fix level angle regulating and controlling mechanism screw thread section (124)
Line connect a screw thread and spiral three-point fix water with spiral three-point fix level angle regulating and controlling mechanism with helicitic texture (125)
The straight angle degree regulating and controlling mechanism threaded post (126), the screw thread and spiral three-point fix level angle regulating and controlling mechanism threaded post
(126) one end and screw thread and spiral three-point fix level angle regulating and controlling mechanism are used and install one between the one end for inlaying column (121)
Screw thread and spiral three-point fix level angle regulating and controlling mechanism helical spring (127), the screw thread and spiral three-point fix
The other end of level angle regulating and controlling mechanism threaded post (126) installs a screw thread and spiral three-point fix level angle regulates and controls machine
Structure is with swivel plate (128).
3. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 2, it is characterised in that: described
Screw thread includes being arranged in screw thread and spiral 3 points with helicitic texture (125) with spiral three-point fix level angle regulating and controlling mechanism
The internal thread structure of position level angle regulating and controlling mechanism screw shell (122) inner wall and setting are fixed with spiral 3 points in screw thread
Position external thread structure of the level angle regulating and controlling mechanism on threaded post (126) body of rod.
4. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 2, it is characterised in that: described
Screw thread and spiral three-point fix level angle regulating and controlling mechanism are with inlaying column (121) and screw thread and spiral three-point fix horizontal angle
Degree regulating and controlling mechanism is separately mounted to card with screw shell (122) and puts groove structure (10) and threaded hollow section (11) inside.
5. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 1, it is characterised in that: described
Incrementally friction energy-dissipating transformation mechanism (13) includes doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism for doughnut-shaped steel plate accumulation
With fixed block (131), doughnut-shaped steel plate accumulation, incrementally friction energy-dissipating transformation mechanism mounting hole (132), doughnut-shaped steel plate accumulation are passed
Incrementally friction energy-dissipating transformation mechanism is used for increasing formula friction energy-dissipating transformation mechanism first annular steel plate (133), doughnut-shaped steel plate accumulation
Second doughnut-shaped steel plate (134), doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism third doughnut-shaped steel plate (135), annular
Incrementally friction energy-dissipating transformation mechanism transverse slat (136), doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism for steel plate accumulation
Incrementally friction energy-dissipating transformation mechanism strip through-hole structure (138) and ring are accumulated with mobile groove structure (138), doughnut-shaped steel plate
The accumulation of shape steel plate incrementally friction energy-dissipating transformation mechanism with movable block (139)；The doughnut-shaped steel plate accumulates incrementally friction energy-dissipating
The internal center of transformation mechanism fixed block (131) is sequentially installed with doughnut-shaped steel plate accumulation, and incrementally friction energy-dissipating transformation mechanism is used
First annular steel plate (133), doughnut-shaped steel plate accumulate incrementally friction energy-dissipating transformation mechanism the second doughnut-shaped steel plate (134) and annular
Incrementally friction energy-dissipating transformation mechanism is incrementally rubbed with third doughnut-shaped steel plate (135), the doughnut-shaped steel plate accumulation for steel plate accumulation
Incrementally friction energy-dissipating transformation mechanism moves the internal doughnut-shaped steel plate accumulation that is provided centrally with of energy consumption transformation mechanism transverse slat (136)
Dynamic groove structure (138), incrementally friction energy-dissipating transformation mechanism uses mobile groove structure (138) bottom for the doughnut-shaped steel plate accumulation
It is provided with doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism strip through-hole structure (138), the doughnut-shaped steel plate accumulation
Incrementally friction energy-dissipating transformation mechanism passes through doughnut-shaped steel plate accumulation with the both ends of third doughnut-shaped steel plate (135) and incrementally rubs
Transformation mechanism consume energy with strip through-hole structure (138), and the doughnut-shaped steel plate superposed type consumes energy bindiny mechanism's third ring steel
Plate (135) is being located at doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism mobile groove structure (138) inside
Both ends are respectively mounted doughnut-shaped steel plate accumulation incrementally friction energy-dissipating transformation mechanism movable block (139).
6. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 5, it is characterised in that: described
Incrementally friction energy-dissipating transformation mechanism first annular steel plate (133), doughnut-shaped steel plate accumulation incrementally rub for doughnut-shaped steel plate accumulation
Incrementally friction energy-dissipating transformation mechanism third is annular for energy consumption transformation mechanism the second doughnut-shaped steel plate (134) and doughnut-shaped steel plate accumulation
Steel plate (135) is ring structure, and perimeter successively increases.
7. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 5, it is characterised in that: described
Doughnut-shaped steel plate accumulates the upper surface that incrementally friction energy-dissipating transformation mechanism is mounted on parallel mounting plates (9) with fixed block (131), institute
It states doughnut-shaped steel plate and accumulates the bottom that incrementally friction energy-dissipating transformation mechanism is mounted on top connecting plate (14) with transverse slat (136).
8. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 1, it is characterised in that: described
The effective damping of helical spring Telescopic buffer (16) includes that the effective damping of helical spring Telescopic buffer is connected with first
Fishplate bar (161), the effective damping of helical spring Telescopic buffer the first bolt hole (162), helical spring Telescopic buffer
Effective damping hollow posts (163), helical spring Telescopic buffer effective damping hollow structure (164), spiral
Spring retractable buffers the effective damping of effective damping through-hole structure (165), helical spring Telescopic buffer and moves
Movable plate (166), helical spring Telescopic buffer effective damping telescopic rod (167), helical spring Telescopic buffer are effective
Damping the second connecting plate (168), the effective damping of helical spring Telescopic buffer the second bolt hole (169) and spiral shell
It revolves spring retractable and buffers effective damping with helical spring (1610)；The effective damping machine of helical spring Telescopic buffer
Structure the first connecting plate (161) is internally provided with the first bolt hole of multiple effective dampings of helical spring Telescopic buffer
(162), the effective damping of helical spring Telescopic buffer is provided with and one with an end face of the first connecting plate (161)
Helical spring Telescopic buffer effective damping of body formula structure hollow posts (163), the helical spring Telescopic buffer
Effective damping is provided with the hollow knot of the effective damping of helical spring Telescopic buffer with hollow posts (163) inside center
Structure (164), the effective damping of helical spring Telescopic buffer are provided with the connection external world with one end of hollow structure (164)
The effective damping of helical spring Telescopic buffer with through-hole structure (165), the helical spring Telescopic buffer effectively subtracts
A helical spring Telescopic buffer effective damping movable plate (166) are installed in the inside for shaking mechanism hollow structure (164),
It is telescopic that a helical spring is installed at one end center of helical spring Telescopic buffer effective damping movable plate (166)
Effective damping telescopic rod (167) is buffered, the effective damping of helical spring Telescopic buffer is another with movable plate (166)
The effective damping of helical spring Telescopic buffer of one compression of one end installation is stretched with helical spring (1610), the helical spring
The body of rod that contracting formula buffers effective damping telescopic rod (167) runs through the effective damping of helical spring Telescopic buffer
With through-hole structure (165), and the effective damping of helical spring Telescopic buffer with telescopic rod (167) be located at it is external
An effective damping of helical spring Telescopic buffer is installed with the second connecting plate (168) in one end, and the helical spring is telescopic
Buffer effective damping the second connecting plate (168) is internally provided with the effective damping machine of multiple helical spring Telescopic buffers
Structure is with the second bolt hole (169).
9. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 8, it is characterised in that: described
The effective damping of helical spring Telescopic buffer has with the first connecting plate (161) by being inserted into helical spring Telescopic buffer
The internal bolt of effect damping the first bolt hole (162) is mounted on the upper surface of balance mounting plate (9).
10. a kind of electronic equipment security protection electric power cabinet installation pedestal according to claim 8, it is characterised in that: institute
The effective damping of helical spring Telescopic buffer is stated with the second connecting plate (168) by being inserted into helical spring Telescopic buffer
The internal bolt of effective damping the second bolt hole (169) is mounted on the bottom surface of top connecting plate (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910479320.2A CN110061429A (en) | 2019-06-04 | 2019-06-04 | A kind of electronic equipment security protection electric power cabinet installation pedestal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910479320.2A CN110061429A (en) | 2019-06-04 | 2019-06-04 | A kind of electronic equipment security protection electric power cabinet installation pedestal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110061429A true CN110061429A (en) | 2019-07-26 |
Family
ID=67325439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910479320.2A Withdrawn CN110061429A (en) | 2019-06-04 | 2019-06-04 | A kind of electronic equipment security protection electric power cabinet installation pedestal |
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| Country | Link |
|---|---|
| CN (1) | CN110061429A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110761269A (en) * | 2019-11-01 | 2020-02-07 | 泉州市众博达建筑装饰有限公司 | Electromagnetic type rammer for indoor foundation |
| CN110949851A (en) * | 2019-12-09 | 2020-04-03 | 王晓刚 | Small-size mobile device is used in transportation of electric power cement pole |
| CN111022563A (en) * | 2019-12-21 | 2020-04-17 | 郭廷煌 | Multistage buffering formula bottom motion strutting arrangement for transported substance object |
| CN112223807A (en) * | 2020-09-15 | 2021-01-15 | 李冉冉 | Electromagnetic tamper for raw material compaction |
| CN112278575A (en) * | 2020-10-16 | 2021-01-29 | 姜培培 | Iron coil sheet buffering and fixing device for logistics transportation |
-
2019
- 2019-06-04 CN CN201910479320.2A patent/CN110061429A/en not_active Withdrawn
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110761269A (en) * | 2019-11-01 | 2020-02-07 | 泉州市众博达建筑装饰有限公司 | Electromagnetic type rammer for indoor foundation |
| CN110949851A (en) * | 2019-12-09 | 2020-04-03 | 王晓刚 | Small-size mobile device is used in transportation of electric power cement pole |
| CN111022563A (en) * | 2019-12-21 | 2020-04-17 | 郭廷煌 | Multistage buffering formula bottom motion strutting arrangement for transported substance object |
| CN112223807A (en) * | 2020-09-15 | 2021-01-15 | 李冉冉 | Electromagnetic tamper for raw material compaction |
| CN112278575A (en) * | 2020-10-16 | 2021-01-29 | 姜培培 | Iron coil sheet buffering and fixing device for logistics transportation |
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Application publication date: 20190726 |