CN205935881U - New construction antiseismic structure - Google Patents
New construction antiseismic structure Download PDFInfo
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- CN205935881U CN205935881U CN201620716191.6U CN201620716191U CN205935881U CN 205935881 U CN205935881 U CN 205935881U CN 201620716191 U CN201620716191 U CN 201620716191U CN 205935881 U CN205935881 U CN 205935881U
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Abstract
The utility model discloses new construction antiseismic structure includes main part (100), and it includes the crustose shell of egg, counter weight (200), it is fixed in the bottom of shell, and anti -wind post (300), its upper portion with the shell is fixed, and its bottom is fixed with the ground. The utility model discloses referd to the principle of tumbler, that can both guarantee the building inhales shakes, shockproof, avoids rocking of main part (100) through the anti -wind post again. Promptly, even under the condition than strong earthquake, anti -wind post effect was become invalid, and main part itself also can rely on self structure to take precautions against earthquakes.
Description
Technical field
This utility model is related to a kind of building body, more particularly to a kind of building body for antidetonation.
Background technology
" the enemy host has reached the city gates, and passive goes opposing, not as just performing prevention in advance！”.In the last few years, the people in worldwide
The people endure the infringement of earthquake to the fullest extent.
Earthquake also known as earthquake, vibrate, be to cause during earth's crust quick release of energy to vibrate, period can produce seismic wave
A kind of natural phenomena.Mutual extrusion and collision between plate and plate on the earth, causes edge of plate and plate interiors to produce mistake
Move and rupture, be the main cause causing earthquake.
The place that earthquake starts to occur is referred to as focus, and the ground directly over focus is referred to as earthquake centre.The ground of ruinous earthquake
Vibrate the strongest place and be referred to as meizoseismal area, the meizoseismal area area that often namely earthquake centre is located.Earthquake often results in serious personal's injures and deaths,
Fire hazard, floods, toxic gas leakage, antibacterial and radioactive substance diffusion it is also possible to cause tsunami, landslide, avalanche,
The secondary disasters such as crack.
According to statistics, annual about generation more than 500 ten thousand secondary earthquakes on the earth, will occur the shakes of up to ten thousand times daily.Wherein big absolutely
Majority is too little or too remote, so that people are imperceptible；Really the mankind can be caused with the earthquake about more than ten 2 of serious harm
Ten times；The earthquake about one of especially severe disaster can be caused twice.The imperceptible earthquake of people is it is necessary to use seismic detector ability
Record；Different types of seismic detector can record varying strength, different far and near earthquake.Operate in the world thousands of
Various seismic instruments day and night monitor the trend of earthquake.
Current scientific and technological level there is no method to predict the arrival of earthquake, and in the following quite a long time, earthquake is also no
Method prediction.The example of so-called success prediction earthquake, is substantially coincidence.For earthquake, what we more should do is to improve to build
Build seismic behavior, carry out defence, rather than prediction earthquake.
Therefore, the seismic behavior how improving building becomes the problem of current urgent need to resolve.
Utility model content
The technical problems to be solved in the utility model is to provide that a kind of structure is simple, low cost, new construction easy and simple to handle
Antiseismic structure.
This utility model new construction antiseismic structure, including main part, it includes the shell of eggshell state；Counterweight, it is fixed
Bottom in described shell；And wind-resistant column, its top fixed with described shell, and its bottom and ground are fixed.
This utility model new construction antiseismic structure, wherein said shell includes upper shell and lower house, and described lower house is
Semicircle, described counterweight is arranged in described lower casing body.
This utility model new construction antiseismic structure, the ratio of the radius of wherein said lower house and the height of upper shell is
0.618：1.
This utility model new construction antiseismic structure, wherein said wind-resistant column is at least three, and at least three wind-resistant columns are uniform
Be looped around described outer side, connected by cushion between at least three wind-resistant columns, described cushion be located at described upper casing
Between body and lower house.
This utility model new construction antiseismic structure, wherein said wind-resistant column is at least three, and at least three wind-resistant columns are uniform
Be looped around described outer side, be provided with cushion between described main part and wind-resistant column.
This utility model new construction antiseismic structure, the skeleton of wherein said main part is formed from steel.
This utility model new construction antiseismic structure, the inner wall of building of wherein said main part, exterior wall, floor are by timber system
Become.
This utility model new construction antiseismic structure, between the Os Draconis of the inside of wherein said main part by hinge even
Connect.
This utility model new construction antiseismic structure, wherein said counterweight is made up of the concrete material of super coarse aggregate, counterweight
Cast on the skeleton of main part.
This utility model new construction antiseismic structure, the door of wherein said main part adopts hanging ladder door.
This utility model new construction antiseismic structure, the body of wall of wherein said main part includes interior wall and exterior wall.
This utility model new construction antiseismic structure, the floor of wherein said main part is made up of Double-layer wooden material.
This utility model new construction antiseismic structure, wherein said cushion is provided with buffer board and torsion member, described torsion member
Including torsion ball, ball groove, coil, permanent magnet, spring, ball plate；Described torsion ball fix with described buffer board, described buffer board and
Described wind-resistant column is fixed, and reverses ball and is located in described ball groove, the upper surface of the bottom of described ball groove and described lower house is fixed, institute
State ball plate to be located at directly over described torsion ball, described ball plate is fixed with crab bolt by top, and described crab bolt passes through plate screw rod
Fix with the lower surface of upper shell, the circumferencial direction reversing ball along each is provided with three springs, described spring is located at upper shell
Between lower surface and the upper surface of lower house；The lower surface of described upper shell is provided with coil, and described coil is connected with alarm, institute
That states lower house is just provided with permanent magnet to the position of described coil.
This utility model new construction antiseismic structure, is fixed by anti-shake seat between wherein said wind-resistant column and main part,
Described anti-shake seat includes raising plate, fixation clamp, underbeam, lever, the first gas bar, the second gas bar, the 3rd gas bar, the 4th gas bar, reaction
Controller；Two fixation clamps of described anti-shake seat are fixed with described wind-resistant column, and described plate of raising is fixed with described main part, described
It is fixed with underbeam, the first gas bar, the second gas bar and the both sides hinge raising plate are passed through in the both sides of described underbeam between two fixation clamps
Connect, one end chain connection of side and the lever near the first gas bar at the middle part of described underbeam, described raise plate away from the
The side of one gas bar and the other end chain connection of lever, are provided with the 3rd gas bar, the 4th gas bar between described underbeam and lever；Institute
State the sense of current according to described coil for the reaction controller, control the first gas bar, the second gas bar, the 3rd gas bar, the 4th gas bar
Flexible.
This utility model new construction antiseismic structure, is fixed by anti-twisted hook between wherein said wind-resistant column and main part,
Described anti-twisted hook includes cantilever shalving, caput Equi Asini, spring lever, C-shaped hook, caput Equi Asini motor, reaction controller；One end of described cantilever shalving with
Wind-resistant column is fixed, and the top of described cantilever shalving is fixed with caput Equi Asini motor, and the output shaft of described caput Equi Asini motor is fixed with caput Equi Asini, described
One end clasp joint with C-shaped hook of caput Equi Asini, the middle part of described C-shaped hook and cantilever shalving chain connection, the other end of C-shaped hook and described master
Body portion clasp joint, is provided with spring lever between one end of described C-shaped hook and cantilever shalving；Described reaction controller is according to described coil
The sense of current, controls the direction of rotation of caput Equi Asini motor.
This utility model new construction antiseismic structure, passes through hyperbolic shaft arm solid between wherein said wind-resistant column and main part
Fixed, described hyperbolic shaft arm includes hyperbolic bearing, the first crank, the second crank, the first jaw, the second jaw, reaction controller；Institute
The one end stating wind-resistant column with double-crank bearing is fixed, and the other end of described double-crank bearing is fixed with the first crank motor and second
Crank motor, the output shaft of described first crank motor is connected with the first jaw by the first crank, described second crank motor
Output shaft be connected with the second jaw by the second crank, described first jaw, the second jaw are solid with upper shell, lower house respectively
Fixed；Described reaction controller, according to the sense of current of described coil, controls the rotation of the first crank motor and the second crank motor
Direction.
This utility model new construction antiseismic structure difference from prior art is that this utility model new construction is shockproof and builds
Build the principle having used for reference tumbler, can both ensure that the shock-absorbing of building, shockproof, and to avoid shaking of main part further through wind-resistant column
Shake.That is, even if in the case of shaking strongly, wind-resistant column effect was lost efficacy, and main part itself can also rely on self structure
Shockproof.
Below in conjunction with the accompanying drawings new construction antiseismic structure of the present utility model is described further.
Brief description
Fig. 1 is the front view of new construction antiseismic structure；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the sectional view of Fig. 1；
Fig. 4 is the torsion member structural representation of new construction antiseismic structure；
Fig. 5 is the anti-shake holder structure schematic diagram of new construction antiseismic structure；
Fig. 6 is the anti-twisted hook structure schematic diagram of new construction antiseismic structure；
Fig. 7 is the first state figure of the hyperbolic shaft arm of new construction antiseismic structure；
Fig. 8 is the second state diagram of the hyperbolic shaft arm of new construction antiseismic structure.
Specific embodiment
As shown in Fig. 1～8, referring to Fig. 3, this utility model new construction antiseismic structure includes
Main part 100, it includes the shell of eggshell state；
Counterweight 200, it is fixed on the bottom of described shell；And
Wind-resistant column 300, its top is fixed with described shell, and its bottom and ground are fixed.
This utility model has used for reference the principle of tumbler, can both ensure that the shock-absorbing of building, shockproof, comes further through wind-resistant column
Avoid rocking of main part 100.That is, even if in the case of shaking strongly, wind-resistant column effect was lost efficacy, main part itself
Self structure can be relied on shockproof.
Preferably, described shell includes upper shell 101 and lower house 102, and described lower house 102 is semicircle, described joins
Weigh 200 to be arranged in described lower house 102.
This utility model can facilitate shell can arbitrarily wave in vibration by semicircular lower house, thus buffering earthquake
Vibrations.
Preferably, the ratio of the height of the radius of described lower house 102 and upper shell 101 is 0.618：1.
This utility model passes through above-mentioned golden section proportion, can increase the aesthetic feeling of shell.
Preferably, described wind-resistant column 300 is at least three, and at least three wind-resistant columns 300 are equably looped around described shell
Outside, is connected by cushion 301 between at least three wind-resistant columns 300, and described cushion 301 is located at described upper shell 101 He
Between lower house 102.
Wind-resistant column 300 of the present utility model connects described shell by cushion 301, so that wind-resistant column 300 is with outward
The connection of shell more flexibility is so as to strengthen the effect of shock-absorbing further.Preferably, the quantity of wind-resistant column 300 is four.
Preferably, the skeleton of described main part 100 is formed from steel.
Preferably, the inner wall of building of described main part 100, exterior wall, floor are made up of timber.
Preferably, it is connected through the hinge between the Os Draconis of inside of described main part 100.
Preferably, described counterweight 200 is made up of the concrete material of super coarse aggregate, and counterweight 200 casts in main part 100
Skeleton on.
Preferably, the door of described main part 100 adopts hanging ladder door.
Preferably, the body of wall of described main part 100 includes interior wall and exterior wall.
Preferably, the floor of described main part 100 is made up of Double-layer wooden material.
Preferably, the top of described main part 100 is provided with umbrella top 400.
Preferably, described upper shell (101) is rectangle or triangle or oval or truncated cone-shaped or eggshell shape.
Preferably, the weight of described upper shell (101) and the weight of lower house (102) ratio is for 1：3.
Preferably, the inner wall of building of described main part (100), the material of exterior wall are one or more following combination：
Ceramic fibre, carbon fiber, polyurethane, aluminium alloy, mullite, flint clay, resin, fiberglass, aluminium silicate.
Preferably, the ground of the underface of described main part (100) offers foundation trench, and described foundation trench inner bottom part is provided with steel
Reinforced concrete bed course, the proportioning of described concrete cushion is：
Pulverized limestone 70-80 part, hydrate 13-15 part of CaSO4, oil shale powder 10-12 part, EPS granular polystyrene 1.2-
4.8 parts, clay 3-4 part, silicate 3-7 part, lactalbumin 7.4-9.6 part, gummy 7.3-7.5 part, obsidian 12-15 part, phosphorus
Hydrochlorate 8.6-10 part, carbon fiber 15-20 part, hydrosol 17-20 part, super plasticizer 1.2-5 part, lead cadmium salt 7.6-9.4 part, magnesite
Glue 5.7-6.4 part, concrete early strength agent 2.4-5.6 part.
Preferably, the bottom of described three wind-resistant columns 300 is mutually permanently connected by bottom girder.
Preferably, it is provided with water, electricity, warm circuit in described wind-resistant column 300, described water, electricity, warm circuit pass through wind-resistant column 300
It is connected with main part 100.
Preferably, described wind-resistant column 300 is four, and the inner surface of lower house 102 is provided with cross recess, described cross recess
Inside it is provided with water, electricity, warm circuit, rectify to four wind-resistant columns 300 for four of described cross recess.
Preferably, the top of described main part 100 is provided with umbrella top 400, described umbrella top 400 be shaped as umbrella-shaped structure or
Frustum cone structure with opening or triangular structure or polygonized structure.
Preferably, the cross sectional shape of described wind-resistant column 300 be circular or oval or rectangle or hexagon or triangle or
Polygon.
Preferably, the top of described wind-resistant column 300 is provided with balcony or flower stand.
Preferably, the bottom of described wind-resistant column 300 is fixed by ground.
Preferably, referring to Fig. 4, described cushion 301 is provided with buffer board and torsion member 500, and described torsion member 500 includes turning round
Turn ball 501, ball groove 502, coil 503, permanent magnet 504, spring 505, ball plate 506；
Described torsion ball 501 is fixed with described buffer board, and described buffer board is fixing with described wind-resistant column 300, reverses ball 501
In described ball groove 502, the upper surface of the bottom of described ball groove 502 and described lower house 102 is fixed, described ball plate 506
In described torsion ball 501 directly over, described ball plate 506 is fixed with crab bolt by top, described crab bolt pass through plate screw rod and
The lower surface of upper shell 101 is fixed, and the circumferencial direction reversing ball 501 along each is provided with three springs, and described spring is located at upper casing
Between the upper surface of the lower surface of body 101 and lower house 102；
The lower surface of described upper shell 101 is provided with coil 503, and described coil 503 is connected with alarm, described lower house
102 just permanent magnet 504 is provided with to the position of described coil 503.
This utility model passes through said structure, can make to realize gently by reversing ball between upper shell 101 and lower house 102
Rock micro-ly, thus to whole main part 100 for, play the effect of damping.And, when earthquake, coil and permanent magnetism
Ferrum creates relative movement, leads to coil cutting magnetic induction line to provide electric current to alarm, alarm is sent out after sensing electric current
Go out alarm signal, so that resident family can perceive the arriving of earthquake, thus carrying out the amplitude waved not staying in tumbler.
Preferably, referring to Fig. 5, pass through anti-shake seat 600 between described wind-resistant column 300 and main part 100 and fix, described anti-
Shake seat 600 includes raising plate 601, fixation clamp 602, underbeam 603, lever 604, the first gas bar 605, the second gas bar 606, the 3rd gas bar
607th, the 4th gas bar 608, reaction controller；
Two fixation clamps 602 of described anti-shake seat 600 are fixing with described wind-resistant column 300, described raise plate 601 and described main body
Part 100 is fixing, is fixed with underbeam 603 between described two fixation clamps 602, and the first gas bar is passed through in the both sides of described underbeam 603
605th, the second gas bar 606 and the both sides chain connection raising plate 601, the one of the close first gas bar 605 at the middle part of described underbeam 603
Side and one end chain connection of lever 604, the other end of the described side away from the first gas bar 605 raising plate 601 and lever 604
Chain connection, is provided with the 3rd gas bar 607, the 4th gas bar 608 between described underbeam 603 and lever 604；
Described reaction controller, according to the sense of current of described coil, controls the first gas bar 605, the second gas bar the 606, the 3rd
Gas bar 607, the 4th gas bar 608 flexible.
This utility model passes through said structure, can reverse in main part or upper shell, lower house produce when reversing, control
Anti- shake seat is reversed, in the opposite direction thus allowing the seismaesthesia of resident family to reduce.
Preferably, referring to Fig. 6, pass through anti-twisted hook 700 between described wind-resistant column 300 and main part 100 and fix, described anti-
Turn round hook 700 and include cantilever shalving 701, caput Equi Asini 702, spring lever 703, C-shaped hook 704, caput Equi Asini motor 705, reaction controller；
One end of described cantilever shalving 701 is fixing with wind-resistant column 300, and the top of described cantilever shalving 701 is fixed with caput Equi Asini motor
705, the output shaft of described caput Equi Asini motor 705 is fixing with caput Equi Asini 702, one end clasp joint with C-shaped hook 704 of described caput Equi Asini 702, institute
State middle part and cantilever shalving 701 chain connection, the other end of C-shaped hook 704 and described main part 100 clasp joint of C-shaped hook 704, institute
State and between one end of C-shaped hook 704 and cantilever shalving 701, be provided with spring lever 703；
Described reaction controller, according to the sense of current of described coil, controls the direction of rotation of caput Equi Asini motor 705.
This utility model passes through the twisting that said structure can drive C-shaped hook by the rotation of caput Equi Asini, and causative subject part is produced
Raw twisting, when the Vibration Conditions such as subway are crossed in earthquake or underground, only need to by reaction controller control caput Equi Asini twisting so that it may
Main part and the swaying direction of vibrations is made to control the twisting of main part on the contrary, so that the seismaesthesia of resident family reduces.
Preferably, referring to Fig. 7 and 8, pass through hyperbolic shaft arm 800 between described wind-resistant column 300 and main part 100 and fix,
Described hyperbolic shaft arm 800 includes hyperbolic bearing 801, the first crank 803, the second crank 804, the first jaw 805, the second jaw
806th, reaction controller；
One end of described wind-resistant column 300 and hyperbolic bearing 801 is fixed, and the other end of described hyperbolic bearing 801 is fixed with
One crank motor and the second crank motor, the output shaft of described first crank motor passes through the first crank 803 and the first jaw 805
Connect, the output shaft of described second crank motor is connected with the second jaw 806 by the second crank 804, described first jaw
805th, the second jaw 806 is fixing with upper shell 101, lower house 102 respectively；
Described reaction controller according to the sense of current of described coil, controls the first crank motor and the second crank motor
Direction of rotation.
This utility model by said structure can using crank handle turns jaw to change between upper shell, lower house between
Away from thus pulling the distance between upper shell, lower house in the way of vibrations are contrary, thus reducing the seismaesthesia of resident family.
Embodiment described above is only preferred implementation of the present utility model to be described, not to this practicality
New scope is defined, and on the premise of without departing from this utility model design spirit, those of ordinary skill in the art are to this
Various modifications and improvement that the technical scheme of utility model is made, all should fall into the protection of this utility model claims determination
In the range of.
Claims (22)
1. a kind of new construction antiseismic structure it is characterised in that：Including
Main part (100), it includes the shell of eggshell state；
Counterweight (200), it is fixed on the bottom of described shell；And
Wind-resistant column (300), its top is fixed with described shell, and its bottom and ground are fixed；
Wherein, described shell includes upper shell (101) and lower house (102), and described lower house (102) is semicircle, described joins
Weight (200) is arranged in described lower house (102)；
Described wind-resistant column (300) is at least three, and at least three wind-resistant columns (300) are equably looped around described outer side, extremely
Connected by cushion (301) between few three wind-resistant columns (300), described cushion (301) be located at described upper shell (101) and
Between lower house (102).
2. new construction antiseismic structure according to claim 1 it is characterised in that：The radius of described lower house (102) with upper
The ratio of the height of housing (101) is 0.618：1.
3. new construction antiseismic structure according to claim 1 it is characterised in that：The skeleton of described main part (100) by
Steel is made.
4. new construction antiseismic structure according to claim 1 it is characterised in that：In the building of described main part (100)
Wall, exterior wall, floor are made up of timber.
5. new construction antiseismic structure according to claim 1 it is characterised in that：The inside of described main part (100)
It is connected through the hinge between Os Draconis.
6. new construction antiseismic structure according to claim 1 it is characterised in that：Described counterweight (200) is by super coarse aggregate
Concrete material is made, and counterweight (200) casts on the skeleton of main part (100).
7. new construction antiseismic structure according to claim 1 it is characterised in that：The door of described main part (100) adopts
Hanging ladder door.
8. new construction antiseismic structure according to claim 1 it is characterised in that：The body of wall bag of described main part (100)
Include interior wall and exterior wall.
9. new construction antiseismic structure according to claim 1 it is characterised in that：The floor of described main part (100) by
Double-layer wooden material is made.
10. new construction antiseismic structure according to claim 1 it is characterised in that：Described cushion (301) is provided with buffer board
With torsion member (500), described torsion member (500) include reversing ball (501), ball groove (502), coil (503), permanent magnet (504),
Spring (505), ball plate (506)；
Described torsion ball (501) is fixed with described buffer board, and described buffer board is fixing with described wind-resistant column (300), reverses ball
(501) it is located in described ball groove (502), the bottom of described ball groove (502) is fixed with the upper surface of described lower house (102), institute
State ball plate (506) to be located at directly over described torsion ball (501), described ball plate (506) is fixed with crab bolt by top, described plate
Nut is fixed by the lower surface of plate screw rod and upper shell (101), and the circumferencial direction reversing ball (501) along each is provided with three bullets
Spring, described spring is located between lower surface and the upper surface of lower house (102) of upper shell (101)；
The lower surface of described upper shell (101) is provided with coil (503), and described coil (503) is connected with alarm, described lower house
(102) just permanent magnet (504) is provided with to the position of described coil (503).
11. new construction antiseismic structures according to claim 10 it is characterised in that：Described wind-resistant column (300) and main part
Divide fixing by anti-shake seat (600) between (100), the described anti-seat (600) that shakes includes raising plate (601), fixation clamp (602), underbeam
(603), lever (604), the first gas bar (605), the second gas bar (606), the 3rd gas bar (607), the 4th gas bar (608), reaction
Controller；
Two fixation clamps (602) of described anti-shake seat (600) are fixing with described wind-resistant column (300), described raise plate (601) with described
Main part (100) is fixing, is fixed with underbeam (603), the both sides of described underbeam (603) between described two fixation clamps (602)
By the first gas bar (605), the second gas bar (606) and the both sides chain connection raising plate (601), the middle part of described underbeam (603)
Side and lever (604) near the first gas bar (605) one end chain connection, described raise plate (601) away from the first gas
The side of bar (605) and the other end chain connection of lever (604), are provided with the 3rd between described underbeam (603) and lever (604)
Gas bar (607), the 4th gas bar (608)；
Described reaction controller according to the sense of current of described coil, control the first gas bar (605), the second gas bar (606), the
Three gas bars (607), the 4th gas bar (608) flexible.
12. new construction antiseismic structures according to claim 11 it is characterised in that：Described wind-resistant column (300) and main part
Divide fixing by anti-twisted hook (700) between (100), described anti-twisted hook (700) includes cantilever shalving (701), caput Equi Asini (702), spring
Bar (703), C-shaped hook (704), caput Equi Asini motor (705), reaction controller；
One end of described cantilever shalving (701) is fixing with wind-resistant column (300), and the top of described cantilever shalving (701) is fixed with caput Equi Asini electricity
Machine (705), the output shaft of described caput Equi Asini motor (705) and caput Equi Asini (702) are fixing, described caput Equi Asini (702) with C-shaped hook (704)
One end clasp joint, the middle part of described C-shaped hook (704) and cantilever shalving (701) chain connection, the other end of C-shaped hook (704) with described
Main part (100) clasp joint, is provided with spring lever (703) between one end of described C-shaped hook (704) and cantilever shalving (701)；
Described reaction controller, according to the sense of current of described coil, controls the direction of rotation of caput Equi Asini motor (705).
13. new construction antiseismic structures according to claim 11 it is characterised in that：Described wind-resistant column (300) and main part
Divide fixing by hyperbolic shaft arm (800) between (100), described hyperbolic shaft arm (800) includes hyperbolic bearing (801), the first crank
(803), the second crank (804), the first jaw (805), the second jaw (806), reaction controller；
One end of described wind-resistant column (300) and hyperbolic bearing (801) is fixed, and the other end of described hyperbolic bearing (801) is fixed with
First crank motor and the second crank motor, the output shaft of described first crank motor passes through the first crank (803) and the first folder
Pawl (805) connects, and the output shaft of described second crank motor is connected with the second jaw (806) by the second crank (804), described
First jaw (805), the second jaw (806) are fixing with upper shell (101), lower house (102) respectively；
Described reaction controller, according to the sense of current of described coil, controls the rotation of the first crank motor and the second crank motor
Direction.
14. new construction antiseismic structures according to claim 2 it is characterised in that：Described upper shell (101) is rectangle or three
Angular or oval or truncated cone-shaped or eggshell shape.
15. new construction antiseismic structures according to claim 4 it is characterised in that：The bottom of described three wind-resistant columns (300)
It is mutually permanently connected by bottom girder.
16. new construction antiseismic structures according to claim 4 it is characterised in that：Be provided with described wind-resistant column (300) water,
Electricity, warm circuit, described water, electricity, warm circuit are connected with main part (100) by wind-resistant column (300).
17. new construction antiseismic structures according to claim 16 it is characterised in that：Described wind-resistant column (300) is four, under
The inner surface of housing (102) is provided with cross recess, is provided with water, electricity, warms up circuit in described cross recess, and the four of described cross recess
Individual rectify to four wind-resistant columns (300).
18. new construction antiseismic structures according to claim 1 it is characterised in that：The top of described main part (100) sets
Have a umbrella top (400), described umbrella top (400) be shaped as umbrella-shaped structure or the frustum cone structure with opening or triangular structure.
19. new construction antiseismic structures according to claim 1 it is characterised in that：The cross sectional shape of described wind-resistant column (300)
For circular or oval or rectangle or hexagon or triangle.
20. new construction antiseismic structures according to claim 1 it is characterised in that：The top of described wind-resistant column (300) is provided with
Balcony or flower stand.
21. new construction antiseismic structures according to claim 4 it is characterised in that：The bottom of described wind-resistant column (300) is passed through
Ground is fixed.
22. new construction antiseismic structures according to claim 2 it is characterised in that：Described main part (100) and wind-resistant column
(300) it is provided with cushion between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620716191.6U CN205935881U (en) | 2016-07-08 | 2016-07-08 | New construction antiseismic structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620716191.6U CN205935881U (en) | 2016-07-08 | 2016-07-08 | New construction antiseismic structure |
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| Publication Number | Publication Date |
|---|---|
| CN205935881U true CN205935881U (en) | 2017-02-08 |
Family
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| CN201620716191.6U Expired - Fee Related CN205935881U (en) | 2016-07-08 | 2016-07-08 | New construction antiseismic structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105952230A (en) * | 2016-07-08 | 2016-09-21 | 李伟博 | Novel anti-seismic building |
| CN108756285A (en) * | 2018-06-04 | 2018-11-06 | 江北建设有限公司 | A kind of bracing means of ancient building |
-
2016
- 2016-07-08 CN CN201620716191.6U patent/CN205935881U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105952230A (en) * | 2016-07-08 | 2016-09-21 | 李伟博 | Novel anti-seismic building |
| CN108756285A (en) * | 2018-06-04 | 2018-11-06 | 江北建设有限公司 | A kind of bracing means of ancient building |
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