Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Shock absorption damper and application method thereof
The invention discloses a shock-absorbing damper and an application method thereof. The shock-absorbing damper comprises steel of a cylinder structure, and the interior of the steel is of a hollow structure; the steel hollow structure internally comprises an indwelling area and an extrusion area; one end of the steel is located outside the indwelling area and connected with the outside through a fixing anchor; the extrusion area adopts a plurality of mutually connected wave-shaped arc structures, the wave-shaped arc structures are annularly arranged in the extrusion area, a sliding rod piece is arranged in the wave-shaped arc structures in a penetrating manner, one end of the sliding rod piece is clamped on the retention area, and the other end of the sliding rod piece is arranged outside the steel and is connected with an external structure; two cylindrical discs which are symmetrically arranged and are the same in structure are arranged on the sliding rod piece in a penetrating mode, and the space between the two cylindrical discs in the wave-shaped arc structure is filled with a lead material. The sliding rod piece is arranged in the steel body, the closed space formed by the sliding rod piece and the steel body is densely filled with the lead material, the lead material serves as a damping medium, noise and vibration are reduced, damping force is controlled, and the response characteristic of the damping device is adjusted.
本发明公开了一种减震阻尼器及其应用方法，其中减震阻尼器包括圆柱体结构的钢材，钢材内采用中空结构；钢材中空结构内包括留置区和挤压区；钢材一端位于留置区外通过固定锚件与外部连接；挤压区采用多个相互连接的波浪形弧线结构，波浪形弧线结构采用环形的方式设置在挤压区内，波浪形弧线结构内穿设有滑动杆件，滑动杆件一端卡接在留置区上，滑动杆件另一端设置在钢材外与外部结构连接；滑动杆件上穿设两个对称设置且结构相同的圆柱盘，波浪形弧线结构内的两个圆柱盘之间填充设有铅材料。本发明通过在钢材主体内设置滑动杆件，在二者形成密闭空间中密实填充铅材料质，由铅材料质充当阻尼介质，减少了噪音和振动，控制了阻尼力和调整其响应特性。
Shock absorption damper and application method thereof
The invention discloses a shock-absorbing damper and an application method thereof. The shock-absorbing damper comprises steel of a cylinder structure, and the interior of the steel is of a hollow structure; the steel hollow structure internally comprises an indwelling area and an extrusion area; one end of the steel is located outside the indwelling area and connected with the outside through a fixing anchor; the extrusion area adopts a plurality of mutually connected wave-shaped arc structures, the wave-shaped arc structures are annularly arranged in the extrusion area, a sliding rod piece is arranged in the wave-shaped arc structures in a penetrating manner, one end of the sliding rod piece is clamped on the retention area, and the other end of the sliding rod piece is arranged outside the steel and is connected with an external structure; two cylindrical discs which are symmetrically arranged and are the same in structure are arranged on the sliding rod piece in a penetrating mode, and the space between the two cylindrical discs in the wave-shaped arc structure is filled with a lead material. The sliding rod piece is arranged in the steel body, the closed space formed by the sliding rod piece and the steel body is densely filled with the lead material, the lead material serves as a damping medium, noise and vibration are reduced, damping force is controlled, and the response characteristic of the damping device is adjusted.
本发明公开了一种减震阻尼器及其应用方法，其中减震阻尼器包括圆柱体结构的钢材，钢材内采用中空结构；钢材中空结构内包括留置区和挤压区；钢材一端位于留置区外通过固定锚件与外部连接；挤压区采用多个相互连接的波浪形弧线结构，波浪形弧线结构采用环形的方式设置在挤压区内，波浪形弧线结构内穿设有滑动杆件，滑动杆件一端卡接在留置区上，滑动杆件另一端设置在钢材外与外部结构连接；滑动杆件上穿设两个对称设置且结构相同的圆柱盘，波浪形弧线结构内的两个圆柱盘之间填充设有铅材料。本发明通过在钢材主体内设置滑动杆件，在二者形成密闭空间中密实填充铅材料质，由铅材料质充当阻尼介质，减少了噪音和振动，控制了阻尼力和调整其响应特性。
Shock absorption damper and application method thereof
一种减震阻尼器及其应用方法
01.09.2023
Patent
Elektronische Ressource
Chinesisch
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