JPH08270253A - Gyroscope earthquake-resisting system having double pan structure - Google Patents

Gyroscope earthquake-resisting system having double pan structure

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Publication number
JPH08270253A
JPH08270253A JP11220895A JP11220895A JPH08270253A JP H08270253 A JPH08270253 A JP H08270253A JP 11220895 A JP11220895 A JP 11220895A JP 11220895 A JP11220895 A JP 11220895A JP H08270253 A JPH08270253 A JP H08270253A
Authority
JP
Japan
Prior art keywords
pan
earthquake
double
seismic
pot
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP11220895A
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Japanese (ja)
Inventor
Toru Fujii
徹 藤井
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Individual
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Individual
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Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP11220895A priority Critical patent/JPH08270253A/en
Publication of JPH08270253A publication Critical patent/JPH08270253A/en
Pending legal-status Critical Current

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  • Buildings Adapted To Withstand Abnormal External Influences (AREA)
  • Vibration Prevention Devices (AREA)

Abstract

PURPOSE: To absorb a quake by a method wherein the inside of an outer pan is filled with a cushioning viscous liquid for the oil dipping of an inner pan and for generating buoyancy, the bottom section of the outer pan is connected up to an underground support layer by a pile, etc., and fixed completely and steel spheres are laid uniformly on the bottom section. CONSTITUTION: An inner pan 1 in double pans is used as a main body as an earthquake-resisting structure, and a liquid such as viscous heavy oil 3 having large specific gravity is introduced into an outer pan 2 protecting the inner pan 1 in an earthquake-resistant manner. A gyroscope earthquake-resisting system having double pan structure can correspond even to unidirectional earthquakes in horizontal and vertical tilting by oil dipping and floating, and all foundations of the earthquake-resisting structure are connected to piles, etc., up to the place of an underground stable bearing ground. The specifications of a cushioning liquid 3 such as heavy oil are varied and adjusted by the rolling and rolling horizontality of spheres 6 having the quality of material of a steel body on a connecting structure at that time.

Description

【発明の詳細な説明】Detailed Description of the Invention

【0001】2重鍋構造のジャイロスコープ耐震方式、
油漬け浮上と下部球体(ボール)転がり「フリー全方向
地震に対する羅針盤コンパスと同一復元力作用の耐震方
式」。 1.耐震構造物の下部周囲全体を鋼板でタンク構造は、
2重鍋構造の内鍋構造で、内鍋構造物の周囲を油漬けに
依る浮力利用は、上下と傾斜をフリー方向振動対策で、
実用化の耐震対策として、2重鍋構造の外鍋間に油緩衝
の粘性度大の重油等を充填方式構造の耐震方式、 2.構造物の底部支持基礎(地下支持層パイル等で連
結)の表面に、厚鋼板を固定して、水平振動に球体(ボ
ール)転がり方向性の無い自由フリー方向用に使用し、
厚鋼板固定据え付け前にセメントグラフチングパイプを
先発仮設工事で埋設する、厚鋼板の中央部分を若干の窪
みを付けて固定する、 3.2重鍋の中間(外鍋の内部)に料理の場合には清浄
水(水道)を入れる替りに、重油等(粘性度大、比重の
重い、発火点の低い、防錆性強い)を充填して特に油漬
けと浮力に依る、特に底辺には球体ボールの転がりで水
平全方向と、油漬けと浮力による垂直と傾斜の合成に依
る全方向に自由フリー耐震方向は、羅針盤のコンパスと
同一条件である、 4.構造物の上下地震(活断層地震)に対して、上下振
動で接触の恐れのあるヵ所の、4隅コナーと中間部分に
梱包荷物の小運送に使用する、ロラーコンベヤーを垂直
に竪型に固定して、上下振動用に使用して損傷を最小限
界、 5.外鍋の上部嵩上延長に依り、被構造物の浮力バラン
ス(船舶建造中に無積載荷重のきつ水線)を考慮して決
定、考慮前の条件として、被耐震構造物の内鍋底面か
の、鋼体材料の球体ボールの転がりと粘性液体(例、重
油等)転がり伝導考慮して決定と、別に緩衝粘性液体に
加圧してバランス均衡、 6.地震発生直後に姿勢制御にオイルジャッキー使用
は、上記5項目参照、自動姿勢制御は「被耐震構造物の
基礎部分使用球体の転がり復元力利用」の、姿勢制御の
極微少アジャストに使用、2重鍋の外鍋内上部にオイル
ジャッキー固定空間スペースと仮設先工工事が必要、 7.緩衝液体上部空間に窒素(N2)ガスを極小圧力封
入で、油類の劣化防止と全体の品質管理(Q.C.)漏
洩確認、 8.緩衝用粘性液体の上部より支持金具リング等で懸垂
の、懸垂の大小孔開きラスを、使用材料の定尺毎にリン
グで接続して下部まで懸垂、懸垂孔開きラスは、超大型
プラントの自動化オートメイション設計の、空圧弁のタ
イムラグ調整用孔開きオリフスの連続代用が、孔開きメ
タルラスである。
A gyroscope earthquake resistant system with a double pan structure,
Oil-immersed levitation and rolling of the lower sphere (ball) "Seismic method with the same restoring force action as a compass compass against a free omnidirectional earthquake". 1. The entire tank structure around the bottom of the earthquake-resistant structure is made of steel plate.
With the inner pot structure of the double pot structure, the buoyancy utilizing the surrounding of the inner pot structure by oil picking up and down and the inclination are free direction vibration measures,
As a practical earthquake-proof measure, an earthquake-proof method of a structure in which heavy oil with a high viscosity of oil buffer is filled between the outer pans of a double-pan structure, A thick steel plate is fixed to the surface of the bottom support foundation of the structure (connected with underground support layer pile etc.), and it is used for free vibration without sphere (ball) rolling direction in horizontal vibration.
Fixing the thick steel plate before installation, burying the cement grafting pipe in the preliminary construction work, fixing the central part of the thick steel plate with a slight depression, 3.2 When cooking in the middle of the double pan (inside the outer pan) Instead of putting clean water (tap water) into it, it is filled with heavy oil (high viscosity, heavy specific gravity, low ignition point, strong rust prevention), especially due to oil pickling and buoyancy, especially at the base of the sphere. 3. Free-free seismic resistance in all horizontal directions by rolling the ball and in all directions by combining vertical and tilt due to oil immersion and buoyancy is the same condition as the compass of the compass. For vertical earthquakes of structures (active fault earthquakes), vertically fixed vertical roller conveyors used for small transportation of packaged cargo at the four corners and intermediate parts where there is a risk of vertical vibration And use it for vertical vibration to minimize damage, 5. Depending on the extension of the upper part of the outer pot, it is determined in consideration of the buoyancy balance of the structure (the water line without load during construction of the ship). 5. The balance of the steel balls is determined by considering rolling of spherical balls of steel material and rolling conduction of viscous liquid (eg, heavy oil, etc.), and separately applying pressure to the buffer viscous liquid. Use the oil jackie for attitude control immediately after the earthquake occurs, refer to the above 5 items, and use automatic attitude control for the extremely small adjustment of attitude control of "Using the rolling restoration force of the base part of the seismic resistant structure". 6. A space for fixing the oil jackie and temporary pre-construction work are required on the top of the pot outside the pot. 7. Nitrogen (N 2 ) gas is sealed at a minimum pressure in the buffer liquid upper space to prevent deterioration of oils and to confirm overall quality control (QC) leakage. Suspended large and small hole laths that are suspended from the top of the viscous liquid using a support metal ring, etc., are connected to the lower part by connecting a ring for each standard length of the material used, and the suspended hole laths are automated for ultra-large plants. A perforated metal lath is a continuous substitute for perforated orifices for adjusting the time lag of pneumatic valves designed by automation.

【0002】[0002]

【産業上の利用分野】全産業会の重要構造物全体の基礎
建設工事に、必要耐震設備である特に、火山国全体は地
震多発国と同一である、火山地震国には「活断層」は付
帯設備条件である、専門書籍「日本の活断層−分布図と
資料」活断層研究会編、今回発生の1955平成7年1
月17日am5.47、「阪神大震災」地震は「活断
層」と発表され、新聞、TV、ラジオ等のニュースと専
門学者の解説では、日本には約1,000本以上活断層
があり、今回の神戸地区の活断層の平行前後を入れる
と、結果的には3倍の約3,000本以上に成り、特に
先進発展諸国の超大型プラントの重要機器基礎構造物
と、最新近代設備コンピユターのマスターマシン(親機
器)の保護には絶対必要である、今回「阪神大震災」で
コンピユター機器は長期間に亘る使用不能で、(特に大
手スーパーは使用頻度の多い販売計算不能で長期間休業
で莫大の損害、TVニユースで米国のコンピュター販売
会社より援助の提案あり、米国の援助は感謝するが、損
害側ユザーは企業機密が漏洩れる恐れ大で先方の善意を
断る)、TVニュースで日本と世界中が見てます、重要
機器には必要条件である、 大型プラント企業 製鉄業界 溶鉱炉、加熱炉、圧延機器(熱、冷)、其
の他、 電力業界 原子炉 ボイラー、水力ランナー、タービ
ン、発電機、コンデンサー、各種フアンとポンプ、変圧
器、変電所、送電鉄塔、其の他、 鉄道業界 変電所、大型鉄橋の基礎補強、そのた、 通信業界 (情報基本管理源)管理建築構造物、マイ
クロウエーブ鉄等、其の他、 「重要保安と関連設備構造物の基礎耐震管理が必要」。
[Industrial application field] It is a seismic-resistant equipment necessary for foundation construction work of all important structures of all industrial associations. Especially, the whole volcanic country is the same as the earthquake-prone country. Special book "Active Faults in Japan-Distribution Maps and Materials" edited by the Active Faults Research Group, which is an incidental facility condition, 1955 1995
On May 17, am 5.47, the "Great Hanshin Earthquake" earthquake was announced as "active fault". According to news from newspapers, TV, radio, etc. and commentary from specialists, there are more than 1,000 active faults in Japan. If we include the parallels of the active faults in the Kobe area this time, the result will be three times as many as 3,000 or more. Especially, important equipment substructures of ultra-large plants in advanced developing countries and the latest modern equipment computer It is absolutely necessary to protect the master machine (parent device) of the computer. This time, in the "Great Hanshin Earthquake", the computer device could not be used for a long period of time (especially large supermarkets can not calculate sales frequently, so it can be closed for a long time). A huge amount of damage, TV computer news suggests assistance from a computer sales company in the United States, thank the US assistance, but the damage side Yuza refuses the goodwill of the other party because there is a fear that trade secrets will be leaked), TV news As seen in books and around the world, it is a necessary condition for important equipment. Large plant companies Steel industry blast furnaces, heating furnaces, rolling equipment (heat, cold), others Electric power industry Reactor boilers, hydraulic runners, turbines , Generators, capacitors, various fans and pumps, transformers, substations, transmission towers, other railway industries, substations, large steel bridge foundation reinforcement, telecommunications industry (information basic management source) management building structures , Microwave iron, etc. In addition, "Important safety and basic seismic management of related equipment structures are necessary."

【0003】[0003]

【従来の技術】従来の耐震装置は厚手のベルトコンベヤ
ー(5〜9P)を、厚鋼板と交互に積層3〜5段重ね
と、自動車サージ アブソバーと、家具用として空気と
水圧利用と、特殊用として空気と油圧シリンダーと、鋼
鉄焼き入れ弾力利用の螺旋と帯鉄スプリング等がある。
2. Description of the Related Art Conventional seismic devices are thick belt conveyors (5-9P) laminated alternately with thick steel plates in 3-5 layers, automobile surge absorbers, air and water pressure for furniture, and special applications. There are air and hydraulic cylinders, spirals and steel band springs that utilize steel quenching elasticity.

【0004】[0004]

【発明が解決しようとする課題】現在まで耐震対策は全
て水平方向の異動が100mm前後に対して、今回19
55(平成7年)1月17日am5.47「阪神大震災
は活断層地震発正」、TVニユースでは上下振動は75
〜120mm前後と、水平振動は約150mm前後であ
る、今回は特に「活断層地震被害莫大」ニュースの連続
発表、現在日本国内で使用されてます「積層ゴム方式」
は上下極小振動にたいして対応出来るも、「活断層地震
に対応は困難である」説明解説されてす、本発明方式は
2重鍋構造内のジャイロソコープ(羅針盤のアルコール
浮上方式)と同一方式で、水平(東西南北)方向と垂直
傾斜全方向の振動に対して自動復元力があります、 (参考) 3/20amTVニユースで、西宮市甲子園
橋の掛替工事で昨日、大型クレーン船(ポンツーで四国
連絡橋の建設工事に使用)橋梁重量は約800▲トン▼
(L=520m,w=4.0m)、橋梁落下の原因は基
礎(アバット)の移動である、本発明には耐震構造物基
礎の2重鍋構造の内鍋底の裏面下、鋼鉄構造球体の転が
り水平(全フリー方向)の、「自動復旧設備として基礎
厚鋼板中央部分の極小の窪み(球の直径−1/4〜3/
4前後勾配)と万一を考慮してオイルジャッキー空間ス
ペース使用。
[Problems to be Solved by the Invention] Until now, all seismic countermeasures have been carried out with a horizontal movement of around 100 mm.
55 (1995) January 17, am 5.47 "Great Hanshin earthquake is an active fault earthquake occurrence", TV up and down vibration is 75
Horizontal vibration is about 150 mm, and it is about 150 mm. This time, in particular, the continuous announcement of the news of "Very large earthquake damage due to active faults" is currently being used in Japan.
Can cope with the vertical vibration, but it is difficult to deal with active fault earthquakes. The method of the present invention is the same method as the gyroscope in the double pan structure (alcohol levitation method of Rashinban). , There is automatic restoring force against vibrations in all directions of horizontal (east, west, north, south) and vertical tilt, (reference) 3/20 am TV news use, transfer work of Koshien Bridge in Nishinomiya City yesterday, a large crane ship (Pontu Shikoku) (Used for construction of connecting bridge) Bridge weight is about 800 ▲ ton ▼
(L = 520 m, w = 4.0 m), the cause of the bridge fall is the movement of the foundation (Abutt). In the present invention, the bottom of the inner pot bottom of the double pot structure of the earthquake-resistant structure foundation, the steel structure sphere Rolling horizontal (all free direction), "As an automatic restoration facility, a very small depression in the center of the basic thick steel plate (diameter of the ball-1 / 4 to 3 /
(4 front and rear slopes) and an oil jacky space is used in case of emergency.

【0005】[0005]

【課題を解決するための手段】「ジャイロスコープの自
由方向指示原理を基本的利用方式」、耐震構造物を2重
鍋の内鍋を本体とし、それを耐震的に保護する外鍋内
に、緩衝対策に粘性と比重大の重油等の液体を入れ、そ
れを耐震構造物の内鍋を油漬け浮上に依り羅針盤作用
と、海水上に原子力(通称危険物体)空母と潜水艦の浮
上安定原理利用方式、海水はナトリーム含有と重油等は
地球内部より、ボーリング採油を精製して使用は、基本
的には重油と海水とアルコールと航空機のジャイロ独楽
回転は同一で、基本的に異なるのは「空母、潜水艦と2
重鍋構造の内鍋と外鍋構造である」、緩衝液体の粘性度
大(弾力性利用液体の重油等)と構造物下部球体の転が
りとの合成混合利用と、大型プラントの自動制御方式の
空気油弁のタイラグ調整にオリフス孔開き代用に、孔開
きメタルラスを緩衝液体の重油等内に上部よりフリー懸
垂野クッションのダッシュポット作用。
[Means for solving the problem] "Basic usage method of free-direction direction principle of gyroscope", seismic-resistant structure with the inner pan of the double pan as the main body, inside the outer pan that protects it seismically A liquid such as heavy oil, which is viscous and of critical importance, is put in as a buffering measure, and the inner pot of the earthquake-resistant structure is soaked in oil to give a compass action, and the floating stability principle of a nuclear (commonly called dangerous object) aircraft carrier and a submarine is used above seawater. Method, seawater contains Natrime, heavy oil is refined from the inside of the earth, and drilling oil is refined and used.Basically, heavy oil, seawater, alcohol and gyro top rotation of aircraft are the same, basically different , Submarine and 2
It is an inner pot and an outer pot structure of a heavy pot structure. ”It uses a mixed mixture of the viscosity of the buffer liquid (heavy oil of the liquid that uses elasticity) and the rolling of the lower sphere of the structure, and the automatic control system of a large plant. As a substitute for ORIFUS hole opening for adjusting the air oil valve tie lugs, a hole opening metal lath is used as a dashpot effect of a free suspension cushion from above in heavy oil of buffer liquid.

【0006】[0006]

【作用】「活断層地震にも適用可能な耐震構造物方式で
ある」、油漬けと浮上による水平(東西南北の全方向)
と、垂直上下傾斜の全方向地震にも対応可能と、共に、
耐震構造物の基礎全て地下安定支持地盤ヵ所までパイル
杭等に接続し、接続構造物上に鋼体材質の球体(ボー
ル)の転がり、転がり水平(地震)と緩衝液体の粘性度
大の重油等(構造物の高さ、面積、体積、使用目的、地
下支持構造等の其の他条件で若干異なる)で使用液体を
変更する、「2重鍋構造で耐震構造物は内鍋構造で、耐
震用保護収納物は外鍋構造で、その外鍋内に緩衝液体
(重油等)は鍋容器内に収納して、構造物は内鍋に入れ
て[油漬けと浮上力利用と2重鍋の内鍋と外鍋構造]の
耐震構造方式である」、ジャイロスコープの自由方向の
フリー角度の全方向利用方式。
[Operation] "It is a seismic structure method that can be applied to active fault earthquakes." Horizontal with oil pickling and levitation (all directions from north, south, east, west)
Also, it is possible to deal with vertical sloping omnidirectional earthquakes,
All of the foundations of earthquake-resistant structures are connected to pile piles, etc. up to the underground stable support ground, and balls of steel material are rolling on the connecting structures, rolling horizontal (earthquake) and heavy oil with high viscosity of buffer liquid etc. Change the liquid used depending on (the height, area, volume, purpose of use, slightly different depending on other conditions such as underground support structure), "The seismic structure is a double pan structure and the structure is an inner pan structure and seismic resistant. Protective storage is an outer pan structure, buffer liquid (heavy oil, etc.) is stored in the outer pan, and the structure is put in the inner pan [oil pickling and levitation force utilization and double pan Inner pot and outer pot structure] is a seismic resistant structure method ”, which is a gyroscope omnidirectional free angle method.

【0007】[0007]

【実施例】全世界に実施例皆無である、羅針盤のジヤイ
ロスコープ作用原理利用方式で、船舶ではアルコール液
中に、漬け浮上力利用と航空機のオートパイロットはジ
ヤイロ独楽の方向性回転力利用方式の内、原子爆弾とエ
ネルギーで関係有る、原子力空母と潜水艦は共に浮力利
用方式を、「2重鍋構造利用の耐震構造物は内鍋構造
と、耐震構造物は外鍋構造物で、外鍋内に緩衝粘性液体
の重油等と鋼質球体の転がり、油漬け浮上力利用方式。
[Example] There is no example in the world. The compass uses the gyroscope action principle. The levitation force is used for immersion in alcoholic liquid on ships, and the aviation autopilot for aircraft is the gyro top direction. Among them, the nuclear bomb carrier and the submarine, which are related to atomic bombs and energy, both use the buoyancy method. "The seismic structure using the double pan structure is the inner pan structure, and the earthquake resistant structure is the outer pan structure, and the outer pan. A method that uses heavy oil, such as a buffer viscous liquid, and steel spheres to roll inside, and uses oil to float.

【0008】[0008]

【発明効果】今回日本の阪神地区地震発生はTVニユー
ス解説専門筋発表で、「活断層直下型地震でM7.2又
は震度7.0発表」、日本全国の活断層調査「日本の活
断層−分布図 活断層研究会 編 1980年4月発
行」、記載書籍資料でわ活断層は約1,000本です
が、再精密調査すると増加の可能性大(阪神大災害で国
民は活断層認識)、今回の被害状況を拝見すると活断層
と近接ヵ所(前後2ヵ所平行被害は計1,000X3=
3,000)は活断層、日本と同一の火山国は活断層保
有国である、2重鍋構造耐震方式は、世界一危険物登載
の軍用空母と潜水艦を、発創転換の創造開発に依り2重
鍋構造で、内鍋は耐震構造物と外鍋に緩衝粘液性液体を
充填し、硬質球体の転がりと自動復元力共に油漬けと浮
上力利用と、緩衝粘性液体漏洩防止に2重鍋構造を使用
で悪条件下で、長期間の使用可能の耐震構造方式であ
る。
[Invention effect] This time, the Hanshin district earthquake in Japan was announced by TV news commentary specialists, "M7.2 or seismic intensity 7.0 was announced in an earthquake directly below the active fault," and an active fault survey nationwide "Active fault in Japan- Distribution map, Active Fault Study Group, published in April 1980, "The number of active faults is about 1,000 in the reference material, but there is a high possibility of increase if re-examination is carried out (the people recognize active faults due to the Great Hanshin disaster). Looking at the damage situation this time, the active fault and nearby areas (two parallel areas before and after the total of 1,000X3 =
3,000) is an active fault, and the same volcanic country as Japan is an active fault-bearing nation. The double pan structure earthquake-resistant method is based on the creative development of the creation and conversion of a military aircraft carrier and a submarine listed as the most dangerous material in the world. It has a double pan structure. The inner pan is an earthquake-resistant structure and the outer pan is filled with buffer mucus liquid. The rolling and automatic restoring force of the hard sphere is used for oil picking and floating force, and the double pan is for buffer viscous liquid leakage prevention. It is a seismic structure method that can be used for a long period of time under adverse conditions by using the structure.

【図面の簡単な説明】[Brief description of drawings]

【図1】 2重鍋耐震構造概要全体
断面図
[Fig.1] Overview of the double pan seismic structure
Cross section

【図2】 2重鍋耐震構造概要全体(X−X’)
平面図 (正方形耐震構造物)
[Fig. 2] Overview of double pan seismic structure (XX-X ')
Plan view (square seismic structure)

【図3】 調理用2重鍋(内,外鍋)
概要図
[Figure 3] Double pan for cooking (inner and outer pans)
Overview diagram

【符号の説明】[Explanation of symbols]

1−内鍋(被耐震構造物)、2−外鍋(耐震構造物)、
3−緩衝粘性液体(重油等)、4−内鍋底下部分補強厚
鋼板、5−外鍋底上部分補強厚鋼板、6−鋼製(質)球
体(ボール)、7−基礎支持スラブ(鉄筋補強)、8−
補強鉄筋、9−基礎栗石、10−支持杭パイル等、11
−孔開きラス(懸垂クッション)、12−ふた(2重鍋
の内鍋)、13−取手(握り)、14−レンジ台と災、
15−水道水、16−調理品(オートミル、粥等)、1
7−ロラーコンベヤー(竪立で使用)、18−地面、1
9−外鍋補強、20−緩衝粘性液体補給、21−窒素ガ
ス補給、22−嵩上(きっすい線変更)。
1-inner pot (seismic resistant structure), 2-outer pot (seismic resistant structure),
3-buffer viscous liquid (heavy oil, etc.), 4-inner pot bottom reinforced thick steel plate, 5-outer pot bottom upper reinforced thick steel plate, 6-steel (quality) sphere (ball), 7-foundation support slab (reinforcing bar reinforcement) ), 8-
Reinforcing steel bars, 9-foundation stones, 10-support piles, 11
-Perforated lath (suspension cushion), 12-lid (inner pan of double pan), 13-handle (grip), 14-range stand and disaster,
15-tap water, 16-cooked products (automill, porridge, etc.), 1
7-roller conveyor (used in vertical), 18-ground, 1
9-Reinforcement of outer pot, 20-Supply of buffered viscous liquid, 21-Supplement of nitrogen gas, 22-Bulk (change of Kisui line).

Claims (2)

【特許請求の範囲】[Claims] 【請求項1】(1)耐震構造物の下部基礎周囲を油漬け
に依る浮力利用は、上下と傾斜自由方向振動地震(活断
層)、実用対策として保護する構造物の、下半分を鋼板
等のタンクを、2重鍋構造の内鍋構造で、 (2)耐震構造物の底部直接支持基礎(地下支持層には
パイル等で連結)の上面に、厚鋼板上に全面均一に鋼製
等の球体(ボール)を均等に敷き均し、実用構造の場合
は2重鍋の外鍋の内面(底部内の上部)に鋼鉄等の球体
を、全体均一に敷き均し設置構造に、 (3)2重鍋の中間(外鍋)には調理には清浄水(水
道)の代替りに、耐震緩衝用液体(粘性度大、比重大、
発火点低い、防錆性)の重油等の、充填液に依る「油漬
けと浮力利用」合理的方式、耐震構造底辺(内鍋底辺下
部)に水平自由方向と、油漬けと浮上力により垂直と傾
斜の合成に依る全方向にフリー方向耐震は羅針盤(アル
コール浮上、航空機のオートパイロットはジャイロコン
パスの独楽原理応用)原理応用を合理的使用、 (4)構造物の上下と傾斜振動に対して、接触の恐れの
有るヵ所の角コナーと中間部分に、梱包荷物の小運搬に
使用するロラーコンベヤーを垂直竪立取り付け、取り付
けは内鍋と外鍋間と又は外鍋と内鍋間に取り付け、円滑
を計る構造、 (5)外鍋の上部延長に依り、耐震保護構造物(内鍋)
浮力バランス(船舶の無負荷キッスイ線)条件は、外鍋
の内部底の球体ボールと緩衝液体(重油等)の転がり等
の合成で、外鍋嵩上位置算出決定する、 (6)地震振動後に姿勢制御対策に、耐震保護構造物の
2重鍋の外鍋の上部付近に、姿勢制御用に仮設油圧ジャ
ツキー設置予定カ所に、空洞空間を先行工事用に準備が
必要、自動復元構造に球体用厚鋼板中央に極小勾配設
備、 (7)2重鍋の外鍋内の緩衝粘性液体等の充填上部空間
に、窒素ガスを極小圧力で封入で耐震設備全体品質管理
方式。
(1) Use of buoyancy due to oil pickling around the lower foundation of a seismic resistant structure is used for vertical and inclined free-direction vibration earthquakes (active faults), as a practical measure, the lower half of the structure to be protected is steel plate, etc. The inner tank structure of the double pot structure is used for (2) The upper surface of the bottom direct support foundation of the earthquake-resistant structure (connected to the underground support layer with piles, etc.) Spheres (balls) are evenly laid, and in the case of a practical structure, spheres made of steel or the like are evenly laid on the inner surface (upper part inside the bottom) of the outer pan of the double pan to create a structure where (3) ) In the middle of the double pot (outer pot), instead of clean water (water) for cooking, seismic shock absorbing liquid (high viscosity, specific gravity,
Rational method of "use oil and buoyancy" depending on the filling liquid such as heavy oil with low ignition point and rust prevention), horizontal free direction at the bottom of earthquake-resistant structure (bottom of inner pot bottom) and vertical by oil picking and levitation force Free-direction seismic resistance in all directions due to the combination of tilt and tilt Compass (alcohol levitation, aircraft autopilot is a gyro compass application of the spinning top principle) Reasonable use of principle application (4) For vertical and tilt vibration of structures , Vertical corner installation of the roller conveyor used for small transportation of packaged luggage at the corners and intermediate parts where there is a risk of contact, installation is between the inner pan and the outer pan or between the outer pan and the inner pan, Structure for smoothness, (5) Earthquake-resistant protective structure (inner pot) due to the upper extension of the outer pot
The buoyancy balance (no-load KISSUI line of the vessel) is determined by synthesizing the spherical ball on the inner bottom of the outer pot and the rolling of buffer liquid (heavy oil, etc.), and calculating and determining the bulk position of the outer pot. (6) After earthquake vibration For attitude control measures, near the top of the outer pan of the double pan of the earthquake-resistant protection structure, at the planned location of temporary hydraulic jackpot installation for attitude control, it is necessary to prepare a hollow space for preceding construction, for automatic restoration structure for sphere Miniaturized gradient equipment in the center of thick steel plate, (7) Nitrogen gas is filled into the upper space filled with buffer viscous liquid in the outer pot of a double pan with nitrogen gas at a minimal pressure to provide a quality control system for the entire seismic facility.
【請求項2】(1)削除事項、「公開特許公報 平3−
217566 プラント建築耐震方式」、 (2)除外事項、「特願平3−256900 軟弱地盤
の超高煙突構造基礎耐震浮き緩衝工法」、パリー特許条
約により国際優先権申請するも、経費高額に付き辞退す
る、「公開特許公報」は未公開。
[Claim 2] (1) Items to be deleted, "Japanese Patent Laid-Open No. Hei 3-
217566 Plant Building Seismic Method ", (2) Exclusion Items," Japanese Patent Application No. 3-256900, Ultra-high chimney structure basic seismic floating buffer method for soft ground ", International priority application under the Parry Patent Convention, but declined due to high cost Yes, the "public patent bulletin" has not been published.
JP11220895A 1995-04-03 1995-04-03 Gyroscope earthquake-resisting system having double pan structure Pending JPH08270253A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11220895A JPH08270253A (en) 1995-04-03 1995-04-03 Gyroscope earthquake-resisting system having double pan structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11220895A JPH08270253A (en) 1995-04-03 1995-04-03 Gyroscope earthquake-resisting system having double pan structure

Publications (1)

Publication Number Publication Date
JPH08270253A true JPH08270253A (en) 1996-10-15

Family

ID=14580966

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11220895A Pending JPH08270253A (en) 1995-04-03 1995-04-03 Gyroscope earthquake-resisting system having double pan structure

Country Status (1)

Country Link
JP (1) JPH08270253A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110318551A (en) * 2019-08-06 2019-10-11 重庆建工住宅建设有限公司 A kind of Shock-proof for building correcting structure and bearing calibration
CN110754926A (en) * 2018-07-27 2020-02-07 浙江绍兴苏泊尔生活电器有限公司 cooking utensils

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110754926A (en) * 2018-07-27 2020-02-07 浙江绍兴苏泊尔生活电器有限公司 cooking utensils
CN110318551A (en) * 2019-08-06 2019-10-11 重庆建工住宅建设有限公司 A kind of Shock-proof for building correcting structure and bearing calibration
CN110318551B (en) * 2019-08-06 2024-03-22 重庆建工住宅建设有限公司 Building shockproof correction structure and correction method

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