Abstract: A vehicle, having a vehicle door assembly. The vehicle door assembly includes a vehicle door, an unlocking assembly and a handle assembly. The vehicle door is provided with a handle groove. The unlocking assembly is arranged inside the vehicle door. The handle assembly is arranged in the handle groove. The handle assembly includes a handle and a first pivot shaft. The handle is provided with a retracted position and a position to be unlocked. When the handle is in the retracted position, the handle is located at an opening of the handle groove and does not extend beyond a surface of the vehicle door. When the handle is in the position to be unlocked, the handle is located in the handle groove, and the handle comes into contact with the unlocking assembly.

Abstract: The present invention includes compositions and methods for treating AML utilizing bispecific CARs. In certain aspects, the invention includes a bispecific split CAR which binds CD13 and TIM-3 on AML cells. In one aspect, the invention provides a bispecific chimeric antigen receptor (CAR) comprising a first antigen binding domain capable of binding CD13, a first intracellular domain, a second antigen binding domain capable of binding TIM-3, a transmembrane domain, and a second intracellular domain.

Abstract: A dual pole electromagnetically-driven focusing system of a micromotor includes a movable base having an elastic support system on upper and lower sides thereof and an outside configuration in a parallelepiped form having four side surfaces. Two loop coils are respectively fixed to two opposite side surfaces of the slidable base. Two dual-pole magnets are respectively arranged beside the two loop coils in a manner of being opposite to each other in respect of magnetism so that the two loop coils, upon energized, generate acting forces in opposite direction with respect to the two dual-pole magnets. A circuit device is arranged on one side surfaces of the movable base between the two loop coils. Three successive side surfaces of the movable base that are respectively provided with a combination of loop coil and dual-pole magnet, the circuit device, another combination of loop coil and dual-pole magnet, form a U-shaped structure.

Abstract: A dual pole electromagnetically-driven focusing system of a micromotor includes a movable base having an elastic support system on upper and lower sides thereof and an outside configuration in a parallelepiped form having four side surfaces. Two loop coils are respectively fixed to two opposite side surfaces of the slidable base. Two dual-pole magnets are respectively arranged beside the two loop coils in a manner of being opposite to each other in respect of magnetism so that the two loop coils, upon energized, generate acting forces in opposite direction with respect to the two dual-pole magnets. A circuit device is arranged on one side surfaces of the movable base between the two loop coils. Three successive side surfaces of the movable base that are respectively provided with a combination of loop coil and dual-pole magnet, the circuit device, another combination of loop coil and dual-pole magnet, form a U-shaped structure.

Abstract: A micromotor single-pole electromagnetically-driven focusing system includes a slidable base having an outer end connectable to a camera lens; an elastic support system supporting the slidable base to maintain parallel movement; a coil circumferentially arranged around an outside of the slidable base and including a loop structure having four major sides; a circuit device including a circuit arrangement for control of a micromotor and arranged on a central location of one of the major sides of the coil and including a detection element and a sensing magnet; and two sets of single-pole magnet and the magnetism conducting yoke respectively arranged left and right major sides with respect to a center defined by the circuit device so that the two sets of single-pole magnet and magnetism conducting yoke and the circuit device form a U-shaped structure, with the two sets of single-pole magnet and magnetism conducting yoke opposite to each other.