4results about How to "Avoid switching back and forth" patented technology

This application provides a method, system, storage medium, and vehicle for controlling vehicle windows and curtains, belonging to the field of vehicle technology. The method includes: responding to a triggered control signal, determining the type of the control signal; if the type is a first type, determining a controllable object from the window and the curtain according to the control object indicated by the control signal; if the type is a second type, determining the controllable object from the window and the curtain according to the current position of the window and the current position of the curtain; and controlling the controllable object to move in the target direction indicated by the control signal. This application, when continuous operation is required, achieves control of both the window and the curtain by sequentially triggering control signals of the same type, avoiding the need to switch back and forth between window control buttons and curtain control buttons, thus simplifying the user's control operation process.

This utility model provides a drive system and a vehicle. The drive system includes an engine, an input shaft, a first motor, a dual clutch, an intermediate shaft, a second motor, and a power battery. The engine is connected to the input shaft. The dual clutch includes a clutch input end, a first output end, and a second output end. The clutch input end is connected to the input shaft. The first and second output ends can be engaged or disengaged from the clutch input end, respectively. The intermediate shaft is driven by the first and second output ends. The transmission ratio between the intermediate shaft and the first output end and the transmission ratio between the intermediate shaft and the second output end are not equal, so that switching between two gears can be achieved through the control of the dual clutch. The second motor is driven by the intermediate shaft. By controlling the engine, the first and second motors, and the dual clutch, switching between different working modes can be achieved to adapt to different road conditions.

The invention discloses a wood product design order splitting method, system and device, a medium and a product, and the method comprises the steps that original data of wood product design are acquired, and the original data comprise design drawings and material details; and verifying and supplementing the material details based on the design drawing to obtain updated details, and determining a production blanking list, a price list and plate coding information according to the updated details. The method can improve the efficiency of a designer to compile a material detail table, save the time for deepening engineers to repeatedly check drawings and extract split details, and reduce errors in the operation process.

This invention discloses an organic waste gas RTO regenerative thermal oxidation treatment device and method for waterproof membrane production in the field of waste gas treatment technology. It includes an annular heat storage block, a combustion chamber, an external drive mechanism, an external membrane production machine, an external waste gas emission mechanism, an external waste gas storage machine, and an airflow distribution chamber. The waste gas emission mechanism is connected to both the waste gas storage machine and the airflow distribution chamber. Based on the rate at which the waste gas is generated by the membrane production machine, this invention selects whether to treat the waste gas directly or to store a certain amount of waste gas before treatment, reducing wear and tear on the waste gas storage machine, minimizing waste gas leakage, and increasing treatment efficiency. Furthermore, the annular heat storage block circulates through waste gas, air, and tail gas, enabling this invention to complete the heat storage-recirculation-preheating cycle within a single heat storage chamber, avoiding repeated valve switching, reducing process complexity, and improving process stability.