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Buffer energy absorption module, packaging method thereof and car arrester
The invention discloses a buffer energy-absorbing module and a packaging method thereof and a car arrester, the buffer energy-absorbing module comprises a buffer energy-absorbing body, a thermosetting elastic packaging module, a thermosetting elastic connector and a plurality of nano energy-absorbing modules are arranged in the buffer energy-absorbing body, and the nano energy-absorbing modules are connected through the thermosetting elastic connector. And the nano energy absorption module and the thermosetting elastic connector are coated by the thermosetting elastic packaging module. The thermoset elastic connector is prepared from the CPU elastomer or the polyurea elastomer, the stability is high in the pouring process, deformation and melting are not prone to occurring, and meanwhile pressure pouring is adopted, so that the influence on the structural strength of the thermoset elastic connector due to generated bubbles is reduced; after the nanometer energy absorption modules are connected through the thermosetting elastic connectors, the pouring material of the CPU elastomer or the polyurea elastomer is adopted for pressure pouring, and the prepared buffering energy absorption module has good energy absorption and vibration reduction effects.
本发明公开一种缓冲吸能模块及其封装方法和阻车器，包括缓冲吸能本体，缓冲吸能本体内设置有热固性弹性封装模块、热固性弹性连接体和多个纳米吸能模块，纳米吸能模块通过热固性弹性连接体相连，热固性弹性封装模块包覆纳米吸能模块和热固性弹性连接体。本发明采用CPU弹性体或聚脲弹性体制备热固性弹性连接体，浇注过程中稳定性高，不易变形融化，同时采用压力浇注，降低因产生气泡而影响热固性弹性连接体的结构强度；通过采用热固性弹性连接体将纳米吸能模块进行连接后，采用CPU弹性体或聚脲弹性体的浇注料进行加压浇注，制备的缓冲吸能模块，具有良好的吸能减振效果。
Buffer energy absorption module, packaging method thereof and car arrester
The invention discloses a buffer energy-absorbing module and a packaging method thereof and a car arrester, the buffer energy-absorbing module comprises a buffer energy-absorbing body, a thermosetting elastic packaging module, a thermosetting elastic connector and a plurality of nano energy-absorbing modules are arranged in the buffer energy-absorbing body, and the nano energy-absorbing modules are connected through the thermosetting elastic connector. And the nano energy absorption module and the thermosetting elastic connector are coated by the thermosetting elastic packaging module. The thermoset elastic connector is prepared from the CPU elastomer or the polyurea elastomer, the stability is high in the pouring process, deformation and melting are not prone to occurring, and meanwhile pressure pouring is adopted, so that the influence on the structural strength of the thermoset elastic connector due to generated bubbles is reduced; after the nanometer energy absorption modules are connected through the thermosetting elastic connectors, the pouring material of the CPU elastomer or the polyurea elastomer is adopted for pressure pouring, and the prepared buffering energy absorption module has good energy absorption and vibration reduction effects.
本发明公开一种缓冲吸能模块及其封装方法和阻车器，包括缓冲吸能本体，缓冲吸能本体内设置有热固性弹性封装模块、热固性弹性连接体和多个纳米吸能模块，纳米吸能模块通过热固性弹性连接体相连，热固性弹性封装模块包覆纳米吸能模块和热固性弹性连接体。本发明采用CPU弹性体或聚脲弹性体制备热固性弹性连接体，浇注过程中稳定性高，不易变形融化，同时采用压力浇注，降低因产生气泡而影响热固性弹性连接体的结构强度；通过采用热固性弹性连接体将纳米吸能模块进行连接后，采用CPU弹性体或聚脲弹性体的浇注料进行加压浇注，制备的缓冲吸能模块，具有良好的吸能减振效果。
Buffer energy absorption module, packaging method thereof and car arrester
一种缓冲吸能模块及其封装方法和阻车器
LI MAOQING (author) / WEI CHENHAO (author) / DANG WENLONG (author) / LI MENGJIE (author) / SHI YANA (author) / LIU ZHIYUAN (author) / MA XIAO (author) / JING XINRUI (author) / GAO YIKE (author) / LI CHAO (author)
2024-02-27
Patent
Electronic Resource
Chinese
IPC:
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
/
C08G
MACROMOLECULAR COMPOUNDS OBTAINED OTHERWISE THAN BY REACTIONS ONLY INVOLVING CARBON-TO-CARBON UNSATURATED BONDS
,
Makromolekulare Verbindungen, anders erhalten als durch Reaktionen, an denen nur ungesättigte Kohlenstoff-Kohlenstoff-Bindungen beteiligt sind
/
F16F
SPRINGS
,
Federn
| European Patent Office | 2023