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A platform for research: civil engineering, architecture and urbanism
High-stability radiator for 5G broadband antenna
The invention provides a high-stability radiator for a 5G broadband antenna, belongs to the technical field of antenna radiators, and aims at solving the problem that after an existing antenna radiator is used for a long time, a large amount of dust can be attached to gaps of cooling fins, and then the cooling efficiency of the cooling fins on the antenna radiator is reduced. The radiator comprises a supporting column. And the exterior of the upper end of the supporting column is connected with an L-shaped supporting plate and an antenna shell through U-shaped bolts. Rainwater is collected through a rainwater collecting mechanism, the rainwater collecting mechanism drives a lifting pressing mechanism to move downwards under the action of gravity, a button on a water pump starting switch ispressed, and then rainwater in the rainwater collecting mechanism is conveyed into a water spraying mechanism through a water suction pump; and then the water is sprayed into the gaps of arc-shaped radiating fins on the rear end surface of the radiator main body through a water spray head, so that a large amount of dust attached to the gaps of the arc-shaped radiating fins on the antenna radiatoris effectively flushed, and the radiating efficiency of the arc-shaped radiating fins on the antenna radiator is further improved.
本发明提供一种高稳定的5G宽频天线用散热器，属于天线散热器技术领域，以解决现有天线散热器在长时间使用后，散热片缝隙内也会附着大量尘土，进而降低了天线散热器上散热片的散热效率的问题，包括:支撑柱，所述支撑柱上端外部通过U型螺栓分别连接有L型支撑板件和天线壳体。本发明通过集雨机构将雨水进行收集，集雨机构在重力作用下带动升降按压机构向下移动，并将水泵启动开关上按钮进行按压，然后通过抽水泵将集雨机构内部雨水送至喷水机构内部，然后通过喷水头喷射至散热器主体后端面弧形散热片缝隙内，从而使本天线散热器上的弧形散热片缝隙内附着的大量尘土得到有效的冲刷作用，进而提高了本天线散热器上弧形散热片的散热效率。
High-stability radiator for 5G broadband antenna
The invention provides a high-stability radiator for a 5G broadband antenna, belongs to the technical field of antenna radiators, and aims at solving the problem that after an existing antenna radiator is used for a long time, a large amount of dust can be attached to gaps of cooling fins, and then the cooling efficiency of the cooling fins on the antenna radiator is reduced. The radiator comprises a supporting column. And the exterior of the upper end of the supporting column is connected with an L-shaped supporting plate and an antenna shell through U-shaped bolts. Rainwater is collected through a rainwater collecting mechanism, the rainwater collecting mechanism drives a lifting pressing mechanism to move downwards under the action of gravity, a button on a water pump starting switch ispressed, and then rainwater in the rainwater collecting mechanism is conveyed into a water spraying mechanism through a water suction pump; and then the water is sprayed into the gaps of arc-shaped radiating fins on the rear end surface of the radiator main body through a water spray head, so that a large amount of dust attached to the gaps of the arc-shaped radiating fins on the antenna radiatoris effectively flushed, and the radiating efficiency of the arc-shaped radiating fins on the antenna radiator is further improved.
本发明提供一种高稳定的5G宽频天线用散热器，属于天线散热器技术领域，以解决现有天线散热器在长时间使用后，散热片缝隙内也会附着大量尘土，进而降低了天线散热器上散热片的散热效率的问题，包括:支撑柱，所述支撑柱上端外部通过U型螺栓分别连接有L型支撑板件和天线壳体。本发明通过集雨机构将雨水进行收集，集雨机构在重力作用下带动升降按压机构向下移动，并将水泵启动开关上按钮进行按压，然后通过抽水泵将集雨机构内部雨水送至喷水机构内部，然后通过喷水头喷射至散热器主体后端面弧形散热片缝隙内，从而使本天线散热器上的弧形散热片缝隙内附着的大量尘土得到有效的冲刷作用，进而提高了本天线散热器上弧形散热片的散热效率。
High-stability radiator for 5G broadband antenna
一种高稳定的5G宽频天线用散热器
HU ZENGYONG (author)
2021-02-19
Patent
Electronic Resource
Chinese
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