阅读说明：本技术 压力感应系统及压力感应设定方法 (Pressure sensing system and pressure sensing setting method ) 是由 张敏蕙 梁圣泉 林永峻 谢维廷 于 2019-06-26 设计创作，主要内容包括：一种压力感应系统及压力感应设定方法,压力感应系统(100)包括：第一压力感测片(10)、第二压力感测片(20)及处理装置(30),第一压力感测片的第一可挠基板(11)设有第一导电图腾(12)；第二压力感测片的第二可挠基板(21)设有第二导电图腾(22),第二压力感测片以第二导电图腾叠合于第一压力感测片的第一导电图腾；处理装置输出一个电力至第一压力感测片,并由第二压力感测片取得一个压力感测信号,并将压力感测信号与一临界值比较,以判断第一压力感测片及第二压力感测片是否受外力抵压；压力感应设定方法使用压力感应系统执行。通过临界值的判断,能避免误差信号的产生,进而增加测量精确度。(A pressure sensing system and a pressure sensing setting method, the pressure sensing system (100) comprises: a first pressure sensing piece (10), a second pressure sensing piece (20) and a processing device (30), wherein a first conductive totem (12) is arranged on a first flexible substrate (11) of the first pressure sensing piece; a second conductive totem (22) is arranged on a second flexible substrate (21) of the second pressure sensing sheet, and the second pressure sensing sheet is superposed on the first conductive totem of the first pressure sensing sheet by the second conductive totem; the processing device outputs an electric power to the first pressure sensing piece, obtains a pressure sensing signal from the second pressure sensing piece, and compares the pressure sensing signal with a critical value to judge whether the first pressure sensing piece and the second pressure sensing piece are pressed by an external force or not; the pressure sensing setting method is performed using a pressure sensing system. By judging the critical value, the generation of error signals can be avoided, and the measurement accuracy is further improved.)