CN2283926Y

CN2283926Y - Ultrathin planar antenna

Info

Publication number: CN2283926Y
Application number: CN 96245085
Authority: CN
Inventors: 张渊博
Original assignee: Individual
Current assignee: Individual
Priority date: 1996-11-11
Filing date: 1996-11-11
Publication date: 1998-06-10
Anticipated expiration: 2006-11-11

Abstract

The utility model relates to an ultra-thin plane antenna, particularly a plane antenna which belongs to the field of an antenna. The utility model is formed by that magnons composed of 2-20 conducting bodies with symmetrical patterns are coated on the basal body of an insulating plane surface; the thickness of the magnons is the same as the thickness of 10-100 wires; the conducting body is formed by adding and stirring conductive ink in copper and zincic powder. The utility model is easy in use, the sensitivity of the signal reception of a mobile phone is enhanced, noise is reduced, RXL is improved with 2-2.5dB when [the] level is low, bit error rate is improved by 2-3%, stabilizing signals, and the communicating quality is increased.

Description

Ultrathin flat plane antenna

The ultrathin flat plane antenna of the utility model belongs to field of antenna, establishes especially and a kind of flat plane antenna.

Existing antenna form has multiple, the rod-types that use in mobile communication more, and as mobile phone, car phone.The antenna of prior mobile phone is that employing is shaft-like, is exposed to outside the mobile phone, need pull out during use, uses inconvenient; The sensitivity of received signal is low, when low level signal, occurs signal interruption easily, influences the quality of communication.

The purpose of this utility model is to avoid weak point of the prior art and provides a kind of to be placed in the mobile phone, and is easy to use, can improve the ultrathin flat plane antenna of mobile phone received signal ability.

The purpose of this utility model reaches by following measure, it is to be made of conductor on the insulation planar substrates, because the conductive pattern that body is formed is to the induction and the stabilization of electromagnetic signal, the signal process that mobile phone is received is filtered, strengthen, improve the ability of mobile phone received signal, generation is to the induction and the stabilization of signal, it is that to be coated with thickness on the planar substrates in insulation be 10-100, the magnon that the conductor of the individual symmetrical pattern each other of 2-20 is formed, conductor is made up of the powder adding electrically conductive ink stirring of copper and zinc, the shape of magnon can be regular, also can be irregular; Can be bar paten, also can be blocky.During use, with the utility model attached on the mobile phone, because the magnon that conductor is formed is to the induction and the stabilization of signal, make signal that mobile phone receives through magnon to the induction of signal and stable, the pattern of magnon plays filtration, the enhancing to electromagnetic signal, improves the ability of mobile phone received signal.

The utility model is easy to use, strengthens the mobile telephone signal receiving sensitivity, reduces noise, during low level RXL is improved 2～2.5dB, and the error rate improves 2～3%, has stablized signal, improves communication quality.

Accompanying drawing 1 is a structural representation of the present utility model.

Accompanying drawing 2 is embodiment schematic diagrames of the present utility model.

Accompanying drawing 3 is embodiment schematic diagrames of the present utility model.

Below in conjunction with accompanying drawing the utility model is further described.

As shown in Figure 1, the utility model is to be made of insulation planar substrates 1 and conductor, can produce induction and stabilization to signal, it is that to be coated with thickness on the planar substrates 1 in insulation be 10-100, the magnon 2 that the conductor of the individual symmetrical pattern each other of 2-20 is formed, conductor is made up of the powder adding electrically conductive ink stirring of copper and zinc, and insulation planar substrates 1 can adopt plastics, paper etc., the thickness of insulation planar substrates is not limit.

As shown in Figure 2, the utility model is that to be coated with thickness on insulation planar substrates plastics 3 be 20 silks, 10 magnons 4 of forming of the conductor of symmetrical pattern each other, conductor adds 10% electrically conductive ink by the powder of the zinc of 45% copper and 45% and stirs and form, and the pattern form of magnon 4 is that irregular blocky is main.

As shown in Figure 3, the utility model is that to be coated with thickness on insulation planar substrates paper 5 be 40 silks, 8 magnons 6 of forming of the conductor of symmetrical pattern each other, conductor adds 10% electrically conductive ink by the powder of the zinc of 40% copper and 50% and stirs and form, and the pattern form of magnon 6 is bar paten and blocky.

Claims

1, a kind of ultrathin flat plane antenna, it is characterized in that constituting by insulation planar substrates and conductor, being coated with thickness on the planar substrates in insulation is 10-100 silk, 2-20 the magnon of the conductor composition of symmetrical pattern each other, and conductor is made up of copper and zinc and electrically conductive ink.

2, ultrathin flat plane antenna according to claim 1, it is characterized in that magnon thickness is 20 silks, 10 patterns of symmetry each other, conductor is made up of the zinc of 40% copper and 50% and 10% conductive oil, and the pattern form of magnon is bar paten and blocky.

3, ultrathin flat plane antenna according to claim 1, the pattern form that it is characterized in that magnon is bar paten or blocky.