Abstract: An ultrasonic airflow severing resistance reducing device for vehicles, including an airflow severing blade assembly, shock-absorbing installation assemblies, ultrasonic vibration components, and a rubber sealing ring assembly; a bottom portion of the airflow severing assembly is provided with an accommodating cavity; a top end of each shock-absorbing installation assembly is fixedly connected to an inner cavity wall of the accommodating cavity; a bottom end of each shock-absorbing installation assembly is formed with a fixed installation bottom portion; the ultrasonic vibration components are installed on the inner cavity wall; the rubber sealing ring assembly is arranged and installed on the airflow severing blade assembly. The ultrasonic vibration components drive the airflow severing blade assembly to generate high frequency ultrasonic vibration to sever airflow.

Abstract: An ultrasonic liquid-to-gas device with dynamic balance, including an ultrasonic mixing tower, a liquid supplying mechanism and a dynamic self-balancing mechanism. The ultrasonic mixing tower is provided with an air input port and a mixed gas output port, and is formed by a plurality of tower body components connected together; each tower body component is built-in with an ultrasonic hybrid cutting filter screen mechanism. An ultrasonic liquid atomizing mechanism that atomizes liquid is also provided inside the ultrasonic mixing tower adjacent to the air input port; the liquid supplying mechanism is connected with the ultrasonic liquid atomizing mechanism through a pipeline; a middle position of the dynamic self-balancing mechanism is tiltably connected to a bottom of the ultrasonic mixing tower, and four lateral sides of the dynamic self-balancing mechanism are also tiltably connected to lateral sides of the ultrasonic mixing tower respectively.

Abstract: A shock absorption shoe, having a sole and at least one shock absorption module each having an outer shell, an inner core, an air cushion cylinder and a bottom cover, and each being connected to an air tube. The inner core is sleeved into a cavity of the outer shell from the top. A position limiting structure is provided between the inner core and the cavity. The air cushion cylinder is sleeved within the cavity. The bottom cover covers the bottom of the cavity. The shoe has a bottom layer, a middle layer and a top layer; the middle layer contains at least one mounting hole for mounting the at least one shock absorption module. The air tube is in an air tube groove on the middle layer, and one end of which is connected to the air cushion cylinder while another end is connected with a nozzle.

Abstract: An ultrasonic separation mechanism for storage batteries, having a separation workpiece and at least one ultrasonic vibrating element; the separation workpiece is provided with at least one interior chamber for the sealed installation of the at least one ultrasonic vibration element. The at least one ultrasonic vibrating element is installed in the at least one interior chamber, and a power supply wire extends through the at least one interior chamber and out of the separation workpiece. When the ultrasonic separation mechanism is applied between the positive and negative electrodes, the at least one ultrasonic vibrating element produces high frequency ultrasonic vibration which directly acts on the separation workpiece, creating an ultrasonic cavitation effect.

Abstract: An ultrasonic airflow severing resistance reducing device for vehicles, including an airflow severing blade assembly, shock-absorbing installation assemblies, ultrasonic vibration components, and a rubber sealing ring assembly; a bottom portion of the airflow severing assembly is provided with an accommodating cavity; a top end of each shock-absorbing installation assembly is fixedly connected to an inner cavity wall of the accommodating cavity; a bottom end of each shock-absorbing installation assembly is formed with a fixed installation bottom portion; the ultrasonic vibration components are installed on the inner cavity wall; the rubber sealing ring assembly is arranged and installed on the airflow severing blade assembly. The ultrasonic vibration components drive the airflow severing blade assembly to generate high frequency ultrasonic vibration to sever airflow.

Abstract: An ultrasonic battery-mounting device, having a battery holder, a base, shock-absorbing parts, an ultrasonic vibrating motor installed at a bottom surface of the battery holder to achieve high frequency ultrasonic vibration of the battery holder, and a battery fixture part provided on the battery holder. The battery holder is provided on the base, and the shock-absorbing parts are installed between the battery holder and the base to reduce vibrational transfer from the battery holder to the base. The ultrasonic vibrating motor produces ultrasonic vibration in high frequency, causing battery fluid or particles in the battery to move in high frequency to reduce the problems of internal crystallization and blockage due the formed crystals, or poor flow of electrons due to low external temperature, thereby maintaining the battery in a well-functioning condition without changing the internal structure of the battery.

Abstract: A shock absorption shoe, having a sole and at least one shock absorption module each having an outer shell, an inner core, an air cushion cylinder and a bottom cover, and each being connected to an air tube. The inner core is sleeved into a cavity of the outer shell from the top. A position limiting structure is provided between the inner core and the cavity. The air cushion cylinder is sleeved within the cavity. The bottom cover covers the bottom of the cavity. The shoe has a bottom layer, a middle layer and a top layer; the middle layer contains at least one mounting hole for mounting the at least one shock absorption module. The air tube is in an air tube groove on the middle layer, and one end of which is connected to the air cushion cylinder while another end is connected with a nozzle.

Abstract: A panel splicing structure capable of repeated assembly and disassembly without damage and rapid splicing comprises a plurality of panels and a plurality of insertable locking plate structures. The panel is a hollow panel body. The panel is also provided with reinforcing support bars, insertion cavities and locking pin holes. The insertable locking plate structure comprises a hollow plate body, a plurality of locking pins and controlling rods. The locking pins protrude outside or retract inside the sides of the hollow plate body under control of the controlling rods. The panels are arranged side by side with each other. The insertable locking plate structures are inserted into the insertion cavities of the panels, and the locking pins are inserted into the locking pin holes by the controlling rods to assemble the panels to form an integrated panel.