A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vehicle window opening degree calculation method
The invention relates to a method for calculating the opening degree of a vehicle window, which is characterized by comprising the following steps of: calculating an action opening degree and calculating the opening degree, the calculation formula of the action opening degree is that the action opening degree is equal to Td * Uw/14/Tadn * (1 + C1 * Nd)-Tu * Uw/14/Tal * (1 + C2 * Nu), C1 and C2 are adjustment coefficients, C1 is 0-0.04, and C2 is 0.003-0.007; the calculation formula of the opening degree is as follows: the opening degree = (the original opening degree value +/-the action opening degree) * 100/10; when the vehicle window is in a rising state, the opening degree is equal to (original opening degree value-action opening degree) * 100/10 and is judged by taking an integer, and when the vehicle window is in a descending state, the opening degree is equal to (original opening degree value + action opening degree) * 100/10 and is judged by taking an integer. By the adoption of the technical scheme, the vehicle window opening degree calculation method can meet the requirement that an intelligent vehicle recognizes the current vehicle window opening degree, no special requirement exists on hardware of the whole vehicle, calculation is carried out through software, a whole vehicle system is slightly modified, cost is low, and the comfort control degree of the vehicle can be improved.
本发明涉及一种车窗开度计算方法，其特征在于，包括动作开度量的计算以及开度的计算，其中，动作开度量的计算公式为，动作开度量=Td*Uw/14/Tadn*(1+C1*Nd)‑Tu*Uw/14/Taun*(1+C2*Nu)，其中，C1，C2为调整系数，C1取0~0.04，C2取0.003~0.007；开度的计算公式为，开度=（原开度值±动作开度量）*100/10；当车窗处于上升状态时，开度=（原开度值‑动作开度量）*100/10并取整数判断，当车窗处于下降状态时，开度=（原开度值+动作开度量）*100/10并取整数判断。采用上述技术方案，本发明提供了一种车窗开度的计算方法，其可以满足智能化车辆识别当前车窗开度的要求，对整车的硬件无特殊要求，由软件进行计算，对整车系统改动小，成本低，可以提高车辆的舒适控制程度。
Vehicle window opening degree calculation method
The invention relates to a method for calculating the opening degree of a vehicle window, which is characterized by comprising the following steps of: calculating an action opening degree and calculating the opening degree, the calculation formula of the action opening degree is that the action opening degree is equal to Td * Uw/14/Tadn * (1 + C1 * Nd)-Tu * Uw/14/Tal * (1 + C2 * Nu), C1 and C2 are adjustment coefficients, C1 is 0-0.04, and C2 is 0.003-0.007; the calculation formula of the opening degree is as follows: the opening degree = (the original opening degree value +/-the action opening degree) * 100/10; when the vehicle window is in a rising state, the opening degree is equal to (original opening degree value-action opening degree) * 100/10 and is judged by taking an integer, and when the vehicle window is in a descending state, the opening degree is equal to (original opening degree value + action opening degree) * 100/10 and is judged by taking an integer. By the adoption of the technical scheme, the vehicle window opening degree calculation method can meet the requirement that an intelligent vehicle recognizes the current vehicle window opening degree, no special requirement exists on hardware of the whole vehicle, calculation is carried out through software, a whole vehicle system is slightly modified, cost is low, and the comfort control degree of the vehicle can be improved.
本发明涉及一种车窗开度计算方法，其特征在于，包括动作开度量的计算以及开度的计算，其中，动作开度量的计算公式为，动作开度量=Td*Uw/14/Tadn*(1+C1*Nd)‑Tu*Uw/14/Taun*(1+C2*Nu)，其中，C1，C2为调整系数，C1取0~0.04，C2取0.003~0.007；开度的计算公式为，开度=（原开度值±动作开度量）*100/10；当车窗处于上升状态时，开度=（原开度值‑动作开度量）*100/10并取整数判断，当车窗处于下降状态时，开度=（原开度值+动作开度量）*100/10并取整数判断。采用上述技术方案，本发明提供了一种车窗开度的计算方法，其可以满足智能化车辆识别当前车窗开度的要求，对整车的硬件无特殊要求，由软件进行计算，对整车系统改动小，成本低，可以提高车辆的舒适控制程度。
Vehicle window opening degree calculation method
一种车窗开度计算方法
HAN ZENGZHI (author) / XIA ZHUNCHUN (author) / WANG RENJUN (author) / LIN JIANCHUN (author) / KIM JIN-JIN (author) / LIU KEBIN (author)
2023-10-31
Patent
Electronic Resource
Chinese
Vehicle window opening degree control method and device and vehicle
| European Patent Office | 2024