阅读说明：本技术 多通信系统中天线的调谐方法、装置和存储介质 (Method, apparatus and storage medium for tuning antenna in multi-communication system ) 是由 徐求良 于 2019-03-26 设计创作，主要内容包括：本申请提供一种多通信系统中天线的调谐方法、装置和存储介质,第一通信系统与第二通信系统共享调谐器,调谐器用于调谐第一通信系统和第二通信系统的天线,该方法包括：获取第一通信系统的第一传输参数,第一传输参数包括第一发射功率、第一接收功率、第一吞吐率或第一系统功耗中的至少一个；获取第二通信系统的第二传输参数,第二传输参数包括第二发射功率、第二接收功率、第二吞吐率或第二系统功耗中的至少一个；根据第一传输参数和第二传输参数,使用调谐器对天线进行调谐。本申请中根据多通信系统中的传输参数,实现了对共享调谐器的多通信系统的天线的调谐,兼顾了多通信系统的天线的性能的平衡。(The application provides a tuning method, a device and a storage medium of an antenna in a multi-communication system, wherein a first communication system and a second communication system share a tuner, and the tuner is used for tuning the antenna of the first communication system and the antenna of the second communication system, and the method comprises the following steps: acquiring a first transmission parameter of a first communication system, wherein the first transmission parameter comprises at least one of first transmission power, first receiving power, first throughput rate or first system power consumption; acquiring a second transmission parameter of a second communication system, wherein the second transmission parameter comprises at least one of second transmitting power, second receiving power, second throughput rate or second system power consumption; the antenna is tuned using the tuner based on the first transmission parameter and the second transmission parameter. According to the method and the device, tuning of the antenna of the multi-communication system sharing the tuner is achieved according to the transmission parameters in the multi-communication system, and balance of performance of the antenna of the multi-communication system is considered.)

A method for tuning an antenna in a multiple communication system, wherein a first communication system shares a tuner with a second communication system, the tuner being configured to tune the antennas of the first and second communication systems, the method comprising:

acquiring a first transmission parameter of the first communication system, wherein the first transmission parameter comprises at least one of first transmission power, first receiving power, first throughput rate or first system power consumption;

acquiring a second transmission parameter of the second communication system, wherein the second transmission parameter comprises at least one of a second transmitting power, a second receiving power, a second throughput rate or a second system power consumption;

tuning the antenna using the tuner according to the first transmission parameter and the second transmission parameter.

The method of claim 1, wherein the tuning the antenna using the tuner according to the first transmission parameter and the second transmission parameter comprises:

and tuning the antenna by using the tuner according to the first transmission parameter, the second transmission parameter, the first preset power of the first communication system and the second preset power of the second communication system.

The method of claim 2, wherein the first transmission parameter comprises a first transmit power, wherein the second transmission parameter comprises a second transmit power, wherein the first predetermined power is a first predetermined maximum transmit power, wherein the second predetermined power is a second predetermined maximum transmit power, and wherein tuning the antenna using the tuner comprises:

acquiring a first transmission power difference value between the first transmission power and the first preset maximum transmission power, and a second transmission power difference value between the second transmission power and the second preset maximum transmission power;

and tuning the antenna by using the tuner according to the first transmission power difference value and the second transmission power difference value.

The method of claim 3, wherein the tuning the antenna using the tuner according to the first transmit power difference and the second transmit power difference comprises:

if the first transmit power difference is less than a first difference threshold and the second transmit power difference is greater than a second difference threshold, tuning the antenna using the tuner such that the first transmit power difference and the second transmit power difference are both greater than the first difference threshold and the second difference threshold is greater than the first difference threshold;

if the first transmission power difference and the second transmission power difference are both smaller than a first difference threshold, determining a larger priority of a first priority of the first communication system and a second priority of the second communication system;

tuning the antenna using the tuner such that a transmit power difference for the communication system having the greater priority is greater than the first difference threshold.

The method of claim 2, wherein the first transmission parameter comprises a first received power, wherein the second transmission parameter comprises a second received power, wherein the first predetermined power is a first predetermined maximum received power, wherein the second predetermined power is a second predetermined maximum received power, and wherein tuning the antenna using the tuner comprises:

acquiring a first receiving power difference value between the first receiving power and the first preset maximum receiving power, and a second receiving power difference value between the second receiving power and the second preset maximum receiving power;

and tuning the antenna by using the tuner according to the first receiving power difference value and the second receiving power difference value.

The method of claim 5, wherein the tuning the antenna using the tuner according to the first receive power difference and the second receive power difference comprises:

if the first receiving power difference is smaller than a first difference threshold and the second receiving power difference is larger than a second difference threshold, tuning the antenna by using the tuner, so that the first receiving power difference and the second receiving power difference are both larger than the first difference threshold, and the second difference threshold is larger than the first difference threshold;

if the first receiving power difference value and the second receiving power difference value are both smaller than a first difference threshold value, determining the larger priority of the first communication system and the second priority of the second communication system;

tuning the antenna using the tuner such that a difference in received power of the communication system having the greater priority is greater than the first difference threshold.

The method of claim 2, wherein the first transmission parameter comprises a first transmission power and a first reception power, wherein the second transmission parameter comprises a second transmission power and a second reception power, wherein the first preset power comprises a first preset maximum transmission power and a first preset maximum reception power, wherein the second preset power comprises a second preset maximum transmission power and a second preset maximum reception power, and wherein tuning the antenna using the tuner according to the first transmission parameter and the second transmission parameter comprises:

acquiring a first transmission power difference value between the first transmission power and the first preset maximum transmission power, and a second transmission power difference value between the second transmission power and the second preset maximum transmission power;

if the first transmission difference value and the second transmission power difference value are both greater than a second difference threshold value, acquiring a first receiving power difference value of the first receiving power and the first preset maximum receiving power, and a second receiving power difference value of the second receiving power and the second preset maximum receiving power;

taking the difference between the first received power difference and the second received power difference as a third received power difference;

and tuning the antenna by using the tuner according to the third received power difference value.

The method of claim 7, wherein tuning the antenna using the tuner according to the third received power difference comprises:

if the third receiving power difference is greater than the second difference threshold, tuning the antenna by using the tuner, so that the third receiving power difference is smaller than a third difference threshold.

The method of claim 7, wherein the first transmission parameters further comprise a first throughput rate and/or a first system power consumption, wherein the second transmission parameters further comprise a second throughput rate and/or a second system power consumption, and wherein tuning the antenna using the tuner according to the third receive power difference comprises:

and if the third receiving power difference is smaller than a first difference threshold value, tuning the antenna by using the tuner according to the first throughput rate and/or the first system power consumption and the second throughput rate and/or the second system power consumption.

The method of any of claims 7-9, wherein after tuning the antenna using the tuner, further comprising:

and according to the corresponding relation between the tuning value of the tuner and the antenna state of the antenna, re-tuning the antenna by using the tuner to ensure that the first transmitting power difference value, the first receiving power difference value, the second transmitting power difference value and the second receiving power difference value are all larger than a first difference threshold value.

An antenna tuning apparatus for multiple communication systems, the antenna tuning apparatus being applied to a first communication system and a second communication system, the first communication system and the second communication system sharing a tuner, the tuner being configured to tune antennas of the first communication system and the second communication system, the apparatus comprising:

an obtaining module, configured to obtain a first transmission parameter of the first communication system, where the first transmission parameter includes at least one of a first transmit power, a first receive power, a first throughput, or a first system power consumption;

the obtaining module is further configured to obtain a second transmission parameter of the second communication system, where the second transmission parameter includes at least one of a second transmit power, a second receive power, a second throughput rate, or a second system power consumption;

a tuning module for tuning the antenna using the tuner according to the first transmission parameter and the second transmission parameter.

The apparatus according to claim 11, wherein the tuning module is specifically configured to tune the antenna using the tuner according to the first transmission parameter, the second transmission parameter, a first preset power of the first communication system, and a second preset power of the second communication system.

The apparatus of claim 12, wherein the first transmission parameter comprises a first transmit power, wherein the second transmission parameter comprises a second transmit power, wherein the first predetermined power is a first predetermined maximum transmit power, and wherein the second predetermined power is a second predetermined maximum transmit power;

the tuning module is specifically configured to obtain a first transmit power difference between the first transmit power and the first preset maximum transmit power, and a second transmit power difference between the second transmit power and the second preset maximum transmit power;

and tuning the antenna by using the tuner according to the first transmission power difference value and the second transmission power difference value.

The apparatus of claim 13, wherein the tuning module is specifically configured to tune the antenna using the tuner if the first transmit power difference is less than a first difference threshold and the second transmit power difference is greater than a second difference threshold, such that the first transmit power difference and the second transmit power difference are both greater than the first difference threshold and the second difference threshold is greater than the first difference threshold;

if the first transmission power difference and the second transmission power difference are both smaller than a first difference threshold, determining a larger priority of a first priority of the first communication system and a second priority of the second communication system;

tuning the antenna using the tuner such that a transmit power difference for the communication system having the greater priority is greater than the first difference threshold.

The apparatus of claim 12, wherein the first transmission parameter comprises a first received power, wherein the second transmission parameter comprises a second received power, and wherein the first predetermined power is a first predetermined maximum received power;

the tuning module is specifically configured to obtain a first received power difference between the first received power and the first preset maximum received power, and a second received power difference between the second received power and the second preset maximum received power;

and tuning the antenna by using the tuner according to the first receiving power difference value and the second receiving power difference value.

The apparatus of claim 15, wherein the tuning module is specifically configured to tune the antenna using the tuner if the first receive power difference is less than a first difference threshold and the second receive power difference is greater than a second difference threshold, such that the first receive power difference and the second receive power difference are both greater than the first difference threshold and the second difference threshold is greater than the first difference threshold;

if the first receiving power difference value and the second receiving power difference value are both smaller than a first difference threshold value, determining the larger priority of the first communication system and the second priority of the second communication system;

tuning the antenna using the tuner such that a difference in received power of the communication system having the greater priority is greater than the first difference threshold.

The apparatus of claim 12, wherein the first transmission parameter comprises a first transmit power and a first receive power, wherein the second transmission parameter comprises a second transmit power and a second receive power, wherein the first predetermined power comprises a first predetermined maximum transmit power and a first predetermined maximum receive power, and wherein the second predetermined power comprises a second predetermined maximum transmit power and a second predetermined maximum receive power;

the tuning module is specifically configured to obtain a first transmit power difference between the first transmit power and the first preset maximum transmit power, and a second transmit power difference between the second transmit power and the second preset maximum transmit power;

if the first transmission difference value and the second transmission power difference value are both greater than a second difference threshold value, acquiring a first receiving power difference value of the first receiving power and the first preset maximum receiving power, and a second receiving power difference value of the second receiving power and the second preset maximum receiving power;

taking the difference between the first received power difference and the second received power difference as a third received power difference;

and tuning the antenna by using the tuner according to the third received power difference value.

The apparatus of claim 17, wherein the tuning module is specifically configured to tune the antenna using the tuner if the third difference in received power is greater than the second difference threshold, so that the third difference in received power is less than a third difference threshold.

The apparatus of claim 17, wherein the first transmission parameters further comprise a first throughput rate and/or a first system power consumption, and wherein the second transmission parameters further comprise a second throughput rate and/or a second system power consumption;

the tuning module is specifically configured to tune the antenna using the tuner according to the first throughput rate and/or first system power consumption and the second throughput rate and/or second system power consumption if the third received power difference is smaller than a first difference threshold.

The apparatus of any one of claims 17-19, wherein the tuning module is further configured to re-tune the antenna using the tuner according to a correspondence between a tuning value of the tuner and an antenna state of the antenna, so that the first transmit power difference, the first receive power difference, the second transmit power difference, and the second receive power difference are all greater than a first difference threshold.

An arrangement for tuning an antenna in a multi-communication system, characterized in that a computer program is stored on the tuning arrangement for an antenna in a multi-communication system, which computer program, when being executed by the tuning arrangement for an antenna in a multi-communication system, carries out the method according to any one of claims 1-10.

A computer-readable storage medium storing a computer program or instructions for causing a computer to perform the method of any one of claims 1-10 when the computer program or instructions is run on the computer.