3results about How to "Simplify control steps" patented technology

The application discloses a kind of automobile back door anti-pinch control system and method, comprising: back door switch control module, for according to the state of automobile back door control automobile back door opening and closing;Electric support rod drive module is used to drive electric support rod to open or close automobile back door, electric support rod drive module is provided with electric support rod, and electric support rod is all motor drive structure;Back door switch control module controls electric support rod drive module work;Automobile back door anti-pinch control system includes two sets of electric support rod drive module, and is respectively arranged at the left and right sides of back door, one side is main electric support rod drive module, and the other side is auxiliary electric support rod drive module;Main electric support rod drive module and auxiliary electric support rod drive module are driven back door when back door is opened or closed;When back door opening or closing is blocked, main electric support rod drive module stops, and auxiliary electric support rod drive module works and keeps back door balance.

The invention relates to the technical field of optical device coupling and packaging, in particular to a light spot projection detection type multi-lens coupling machine which comprises a substrate positioning assembly, a lens feeding assembly, a lens clamping and coupling assembly and a light spot detection assembly. The light spot detection assembly comprises a light path control sub-assembly and a projection detection sub-assembly; the light path control sub-assembly comprises a plurality of reflection units, the projection detection sub-assembly comprises a projection box, a first beam splitter, a light spot detection camera and a detection lens, the first end of the projection box is provided with a projection surface, the light spot detection camera is arranged at the second end of the projection box, and the detection lens is arranged at the second end of the projection box. The first beam splitter is located between the projection plane and the light spot detection camera. According to the invention, through the light path control sub-assembly and the projection detection sub-assembly, the propagation path length of the collimated light beam and the light spot size are significantly improved, so that the light spot detection precision is significantly improved.

The application discloses a BWPT system power control method suitable for a variable receiving end of an electric vehicle. The system is composed of a network side and a vehicle side DC bus, a filter capacitor, a bidirectional full-bridge converter, a resonance compensation network, a magnetic coupling mechanism and a sampling and digital control module. The receiving end receiving coil structure is variable, and LCC or S compensation can be adopted. In the forward charging and reverse power feedback mode, the control module is based on the DC side voltage sampling and the power analysis model, and the rated output power is the primary target, and the system driving frequency and the external phase angle are adjusted. The method can realize stable and practical power control under the condition of "fixed primary side and variable secondary side".