Antenna structure of carry-on electronic device and carry-on wireless electronic device

Abstract

The invention discloses an antenna structure of a carry-on electronic device and a carry-on wireless electronic device. The antenna structure of the carry-on electronic device comprises a device shell, an antenna grounding structure, a carrier and an antenna radiation structure, wherein the antenna grounding structure is combined with the device shell; the carrier is connected to the device shell; and the antenna radiation structure is combined with the carrier. The antenna structure disclosed by the invention can be integrated into the original structure of the carry-on electronic device, so that the volume of the whole carry-on electronic device is reduced; and a problem that the volume of the device is hard to reduce due to the need of the antenna in a wireless communication device is solved. The carry-on wireless electronic device disclosed by the invention comprises the antenna structure; therefore, compared with the well-known carry-on wireless electronic device, the carry-on wireless electronic device disclosed by the invention has the advantage of smaller volume.

Description

technical field [0001] The invention relates to an antenna structure and a wireless electronic device, in particular to an antenna structure combined with a portable electronic device and a portable wireless electronic device with the antenna structure. Background technique [0002] With the development of wireless communication technology, most of the portable electronic devices have the function of wireless communication. Since wireless communication usually requires a physical antenna as a medium for signal transmission and reception, and based on the operating principle of the antenna, the current antenna still needs a considerable independent operating space, so even if the size of other electronic components can be reduced, the size of the entire portable electronic device is still difficult to reduce . In other words, most of the current antenna structure configurations are not suitable for small communication electronic devices. In addition, since the independent o...

AI Technical Summary

Problems solved by technology

Since wireless communication usually requires a physical antenna as a medium for signal transmission and reception, and based on the operating principle of the antenna, the current antenna still needs a considerable independent operating space, so even if the size of other electronic components can be reduced, the size of the entire portable electronic device is still difficult to reduce

In other words, most of the current antenna structure configurations are not suitable for small communication electronic devices

In addition, since the independent operating space of the antenna is mostly independent and fixed, the current antenna structure configuration is mostly static and is not easy to be structurally integrated with other components of the electronic device, especially when the electronic device is small in size, such as an electronic device worn on the wrist. The aforementioned structural integration problems will become more serious

Generally speaking, in order to maintain good antenna performance, the space required for antenna configuration will result in a large device size; on the contrary, in order to present a compact device appearance, the antenna performance must be sacrificed

Therefore, the current design of small wireless communication electronic devices often needs to choose between antenna performance and device appearance, and it is difficult to balance

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