A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a manual-automatic integrated telescopic driving platform, which comprises a stretching-out type sun shade, which is provided with a stretching-out type shade body, a state switching mechanism, a manual setting mechanism, an automatic setting mechanism, a driving motor and a timing mechanism, and is characterized in that the stretching-out type shade body is of an inverted U-shaped folding telescopic structure; the driving motor is used for driving the stretching-out type cover body to carry out stretching-out operation on the horizontal plane based on the received current stretching-out length, so that the stretching-out diameter depth after the stretching-out operation is completed is equal to the current stretching-out length; and the length analysis equipment is used for executing the deep neural network model to obtain the current extension length input to the driving motor by the automatic setting mechanism. The manual-automatic integrated telescopic driving platform is convenient, reliable and wide in application. The deep neural network model can be introduced to establish the numerical value conversion model of the automatic setting data based on the manual setting data on the basis of the hardware of the extension type sun shade with a customized structure, so that the automatic operation of the extension type sun shade is more humanized.
本发明涉及一种手自一体化伸缩驱动平台，包括：探出式遮阳罩，具有探出式罩体、状态切换机构、人工设定机构、自动设定机构、驱动电机和计时机构，探出式罩体为倒U形折叠式伸缩结构，驱动电机用于基于接收到的当前探出长度驱动探出式罩体进行水平面的探出操作以使得完成探出操作后的探出径深等于当前探出长度；长度解析设备，用于执行深度神经网络模型以获得自动设定机构向驱动电机输入的当前探出长度。本发明的手自一体化伸缩驱动平台方便可靠、应用广泛。由于能够在定制结构的探出式遮阳罩的硬件基础上，引用深度神经网络模型以基于手动设定数据建立自动设定数据的数值转换模型，从而使得探出式遮阳罩的自动操作更人性化。
The invention relates to a manual-automatic integrated telescopic driving platform, which comprises a stretching-out type sun shade, which is provided with a stretching-out type shade body, a state switching mechanism, a manual setting mechanism, an automatic setting mechanism, a driving motor and a timing mechanism, and is characterized in that the stretching-out type shade body is of an inverted U-shaped folding telescopic structure; the driving motor is used for driving the stretching-out type cover body to carry out stretching-out operation on the horizontal plane based on the received current stretching-out length, so that the stretching-out diameter depth after the stretching-out operation is completed is equal to the current stretching-out length; and the length analysis equipment is used for executing the deep neural network model to obtain the current extension length input to the driving motor by the automatic setting mechanism. The manual-automatic integrated telescopic driving platform is convenient, reliable and wide in application. The deep neural network model can be introduced to establish the numerical value conversion model of the automatic setting data based on the manual setting data on the basis of the hardware of the extension type sun shade with a customized structure, so that the automatic operation of the extension type sun shade is more humanized.
本发明涉及一种手自一体化伸缩驱动平台，包括：探出式遮阳罩，具有探出式罩体、状态切换机构、人工设定机构、自动设定机构、驱动电机和计时机构，探出式罩体为倒U形折叠式伸缩结构，驱动电机用于基于接收到的当前探出长度驱动探出式罩体进行水平面的探出操作以使得完成探出操作后的探出径深等于当前探出长度；长度解析设备，用于执行深度神经网络模型以获得自动设定机构向驱动电机输入的当前探出长度。本发明的手自一体化伸缩驱动平台方便可靠、应用广泛。由于能够在定制结构的探出式遮阳罩的硬件基础上，引用深度神经网络模型以基于手动设定数据建立自动设定数据的数值转换模型，从而使得探出式遮阳罩的自动操作更人性化。
Manual-automatic integrated telescopic driving platform
手自一体化伸缩驱动平台
LI HEXIA (author)
2022-11-25
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
/
G01P
MEASURING LINEAR OR ANGULAR SPEED, ACCELERATION, DECELERATION OR SHOCK
,
Messen der Linear- oder Winkelgeschwindigkeit, der Beschleunigung, der Verzögerung oder des Stoßes
/
G06N
COMPUTER SYSTEMS BASED ON SPECIFIC COMPUTATIONAL MODELS
,
Rechnersysteme, basierend auf spezifischen Rechenmodellen
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