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Blade-type 5G base station

A blade-type, 5G technology, applied in the 5G field, can solve the problems of the antenna panel receiving and transmitting communication signals, reducing the communication effect of the blade-type 5G base station, and the wires of the antenna panel are easy to fall off, so as to avoid the increase of shaking force and avoid shaking , to reduce the effect of shaking

Inactive Publication Date: 2020-12-25
蔡志梁
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The blade-type 5G base station realizes the bladeization of the main elements of the base station, such as radio frequency, baseband, power supply, battery, microwave, and transmission. Any rapid assembly and combination of different modules can be seamlessly assembled. It can be flexibly installed on poles, iron towers, walls or roofs. However, when the blade-type 5G base station is installed on the pole, since the supporting surface connected between the antenna panel and the pole on the blade-type 5G base station is small, the blade-type 5G base station needs to be located in a relatively open high place. The wind is strong, and the antenna panel on the blade-type 5G base station is relatively thin. The antenna panel on the base station is easily blown by the wind and shakes a lot on the pole, causing the wires on the antenna panel to fall off easily, causing the antenna panel to receive The transmission and communication signals are affected, reducing the communication effect of the blade 5G base station

Method used

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  • Blade-type 5G base station
  • Blade-type 5G base station
  • Blade-type 5G base station

Examples

Experimental program
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Effect test

Embodiment 1

[0022]As attachedfigure 1 AttachedFigure 5 Shown:

[0023]A blade type 5G base station of the present invention has a structure including a pole 1, an antenna 2, a wire 3, and a power distribution box 4. The antenna 2 is installed on the outside of the pole 1, and the antenna 2 is connected to the power distribution via the wire 3 The box 4 is electrically connected, the distribution box 4 is fixedly installed outside the pole 1, the antenna 2 includes an antenna panel 21, a hoop 22, and an external support device 23. The antenna panel 21 is opposite to the outer end of the hoop 22. Connected, the hoop 22 is installed on the outer surface of the hoop 1, the outer bracing device 23 is fixed to the hoop 22, the outer bracing device 23 is installed on the outer surface of the hoop 1, the hoop 22 is provided with Two are respectively connected to the upper and lower ends of the inner surface of the antenna panel 21 to ensure that the upper and lower ends of the antenna panel 21 are balance...

Embodiment 2

[0030]As attachedFigure 6 AttachedFigure 7Shown:

[0031]Wherein, the external support device 23 includes a fitting ring 3a, a sliding ball 3b, a pressing mechanism 3c, a supporting plate 3d, and a fitting sheet 3e. The fitting ring 3a is located outside the holding rod 1 and inside the fitting ring 3a A sliding ball 3b is welded on the surface, and the sliding ball 3b is installed inside the holding rod 1 with a clearance fit. The left side surface of the fitting ring 3a is welded with an extrusion mechanism 3c, and the extrusion mechanism 3c is opposite to the middle of the support plate 3d. Fixed, the left end of the support plate 3d is provided with a fitting piece 3e, and the fitting piece 3e is embedded on the inner surface of the antenna panel 21, the sliding ball 3b is provided with a total of eight, and is installed in an arc shape and equidistant on two stickers The inner surface of the closing ring 3a facilitates the sliding of the closing ring 3a on the outside of the pole ...

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Abstract

The invention discloses a blade-type 5G base station which structurally comprises a holding pole, an antenna device, a wire and a power distribution box. The antenna device is installed on the outer side of the holding pole and electrically connected with the power distribution box through a wire. Pinch plates on the two sides are slid so that clamping balls are clamped to the interiors of slidingclamping grooves, and thus the installation firmness of the pinch plates and the outer side of the holding pole is improved. Embedded rods and springs weaken shaking generated by the whole antenna panel, prevent the antenna panel from shaking greatly, and ensure that the antenna panel receives and transmits communication signals normally. When the antenna panel is blown by wind, shaking generatedby the antenna panel itself buffers the sliding of a support plate, weakens the shaking of the antenna panel, and transfers redundant shaking force to a fixed rod. At this moment, a fitting ring slides up and down in the outer side of the holding pole through the sliding balls on the inner side, so that the shaking force of the antenna panel is prevented from being increased, and the normal communication work of the blade-type 5G base station is ensured.

Description

Technical field[0001]The present invention relates to the 5G field, and more specifically, to a blade type 5G base station.Background technique[0002]The blade type 5G base station realizes the bladeization of the main elements of the base station such as radio frequency, baseband, power supply, battery, microwave, and transmission. Any quick assembly combination between different modules can be seamlessly assembled, and can be flexibly installed on poles, towers, walls or roofs. However, when the blade type 5G base station is installed on a pole, the support surface between the antenna panel and the pole of the blade type 5G base station is small, and the blade type 5G base station needs to be in a relatively open height. The wind is strong, the antenna panel on the blade-type 5G base station is thin, and the antenna panel on the base station is easily blown by the wind and shakes greatly on the pole, causing the wires of the terminal on the antenna panel to easily fall off, resulti...

Claims

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Application Information

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IPC IPC(8): H04Q1/02E04H12/00
CPCE04H12/00H04Q1/02
Inventor 蔡志梁
Owner 蔡志梁