Abstract: The present invention discloses an structure for uniformly distributing radiation energy of a millimeter wave antenna, comprising an emitting array antenna and/or receiving array antenna including at least one comb-shaped antenna assembly, wherein the comb-shaped antenna assembly comprises a long-strip-shaped antenna body and a micro-strip antenna radiation assembly; one end of the antenna body can be connected with a millimeter wave circuit capable of generating millimeter waves; the micro-strip antenna radiation assembly includes a plurality of middle micro-strip antenna radiation units which are arranged on the middle section of the antenna body at intervals, and a tail-end micro-strip antenna radiation unit which is arranged at the tail end of the antenna body; and the area of the middle micro-strip antenna radiation units is gradually increased from one end close to the millimeter wave circuit to the other end, such that distribution of energy outwards radiated by each middle micro-strip antenna radiatio

Abstract: The present invention discloses an anti-interference structure of a millimeter wave antenna, comprising an emitting array antenna and/or receiving array antenna including at least one comb-shaped antenna assembly. The comb-shaped antenna assembly is provided with a long-strip-shaped antenna body and a micro-strip antenna radiation assembly; one end of the antenna body is connected with a millimeter wave circuit capable of generating millimeter waves; the micro-strip antenna radiation assembly includes a plurality of middle micro-strip antenna radiation units which are arranged on the middle section of the antenna body at intervals, and a tail-end micro-strip antenna radiation unit which is arranged at the tail end of the antenna body; and the each middle micro-strip antenna radiation unit and the tail-end antenna radiation unit are arranged on the antenna body at intervals in the same skew direction, such that the interference phenomenon of the opposite-direction noises is reduced.

Abstract: The present invention discloses an anti-interference structure of a millimeter wave antenna, comprising an emitting array antenna and/or receiving array antenna including at least one comb-shaped antenna assembly. The comb-shaped antenna assembly is provided with a long-strip-shaped antenna body and a micro-strip antenna radiation assembly; one end of the antenna body is connected with a millimeter wave circuit capable of generating millimeter waves; the micro-strip antenna radiation assembly includes a plurality of middle micro-strip antenna radiation units which are arranged on the middle section of the antenna body at intervals, and a tail-end micro-strip antenna radiation unit which is arranged at the tail end of the antenna body; and the each middle micro-strip antenna radiation unit and the tail-end antenna radiation unit are arranged on the antenna body at intervals in the same skew direction, such that the interference phenomenon of the opposite-direction noises is reduced.

Abstract: The present invention discloses an structure for uniformly distributing radiation energy of a millimeter wave antenna, comprising an emitting array antenna and/or receiving array antenna including at least one comb-shaped antenna assembly, wherein the comb-shaped antenna assembly comprises a long-strip-shaped antenna body and a micro-strip antenna radiation assembly; one end of the antenna body can be connected with a millimeter wave circuit capable of generating millimeter waves; the micro-strip antenna radiation assembly includes a plurality of middle micro-strip antenna radiation units which are arranged on the middle section of the antenna body at intervals, and a tail-end micro-strip antenna radiation unit which is arranged at the tail end of the antenna body; and the area of the middle micro-strip antenna radiation units is gradually increased from one end close to the millimeter wave circuit to the other end, such that distribution of energy outwards radiated by each middle micro-strip antenna radiatio

Abstract: An extendable display screen structure, wherein a hollow part is provided on at least one side of a main base and two guiding components are symmetrically provided in the main base along two sides of the hollow part; at least one driving component is provided in the main base, and the driving component is provided with a power source to drive the driving component to move along the guiding component; at least one side of a flexible screen is wound around an outer periphery of at least one rotating shaft, the rotating shaft is rotatably disposed on a side of the driving component and forms linkage, the driving component, in linkage with the rotating shaft, moves along the guiding component out of the main base, whereby the flexible screen can be gradually released from the outer periphery of the rotating shaft to be extended outwards, and on the contrary, the driving component, in linkage with the rotating shaft, gradually moves into the main base, whereby the rotating shaft retracts the flexible screen.

Abstract: An extendable display screen structure, wherein a hollow part is provided on at least one side of a main base and two guiding components are symmetrically provided in the main base along two sides of the hollow part; at least one driving component is provided in the main base, and the driving component is provided with a power source to drive the driving component to move along the guiding component; at least one side of a flexible screen is wound around an outer periphery of at least one rotating shaft, the rotating shaft is rotatably disposed on a side of the driving component and forms linkage, the driving component, in linkage with the rotating shaft, moves along the guiding component out of the main base, whereby the flexible screen can be gradually released from the outer periphery of the rotating shaft to be extended outwards, and on the contrary, the driving component, in linkage with the rotating shaft, gradually moves into the main base, whereby the rotating shaft retracts the flexible screen.