One or more embodiments for a rotating mounting header are adapted to connect to a single stand and provide options for connecting to a number of equipment, either type and/or amount, on a single rotating and mounting header. The rotating mounting header provides the variety of options by providing an option for including a various number of arms and/or various types of arms to connect to and extend out from a center column. The rotating mounting header comprises a center column that can accommodate a various configurations of arm mounting cylinders such that one or more arms can connect to the rotating mounting header assembly at the same time, and the one or more arms are further able to rotate simultaneously or freely move independent of another arm at the center column while also being set at a same level plane.

A mounting device for a display device includes a driving plate, which includes: a first surface and a second surface opposite to the first surface and configured to move integrally with the display device when the display device is attached to the first surface, a body plate disposed in parallel with the driving plate to contact at least a portion of the second surface of the driving plate and which includes a slide lock configured to restrict a linear movement of the driving plate, and a stand plate disposed on a surface opposite to a surface of the body plate coupled to the driving plate. The slide lock may remain locked in a ground mode in which the body plate and the stand plate overlap each other, and may be unlocked in a stand mode in which the body plate and the stand plate are spaced apart from each other.

A multifunctional rotatable stand frame for a tablet electronic device comprises a seat; a bottom of the seat serving to connect a back side of the tablet electronic device; a disk positioned above an upper side of the seat and being rotatably installed to the seat; a center of the disk having a through hole; a fixing shaft installed on the seat and penetrating through the through hole of the disk; the upper side of the seat forming with a circular wall; the fixing shaft being located at a center of the circular wall; an inner side of the circular wall forming with a plurality of trenches; a buckling ring installed at a bottom side of the disk and surrounding an outside of the through hole; the buckling ring being engaged to an inner side of the circular wall.

A gimbal and a shooting apparatus are provided. The gimbal includes a motor and an imaging module, the gimbal further includes a case of the imaging module, the imaging module is received in the case, and the imaging module is connected with the motor through the case so that the case serves as a connection member.

A gimbal and a shooting apparatus are provided. The gimbal includes a motor and an imaging module, the gimbal further includes a case of the imaging module, the imaging module is received in the case, and the imaging module is connected with the motor through the case so that the case serves as a connection member.

Disclosed is a stage system comprising at least one flexure frame having a fixed center and movable distal ends configured to displace a tabletop operatively connected thereto along at least one axis of movement and at least two actuators comprising a first actuator and a second actuator positioned within the at least one flexure frame. The first actuator is positioned within the at least one flexure frame at a first angle of deflection from at least one beam of the at least one flexure frame and the second actuator is positioned within the at least one flexure frame at a second angle of deflection from the at least one beam. The at least two actuators are configured to produce a compensating displacement to offset yaw error as the at least two actuators expand from a contracted first position to an expanded second position.

A gimbal assembly and a hand-held device are provided. The gimbal assembly includes a gimbal, an image pick-up device and a light-transmitting cover covering the gimbal and the image pick-up device. The gimbal includes a holding assembly, the holding assembly is configured to drive the image pick-up device to rotate around at least one axis in the light-transmitting cover. The at least one axis passes through a spherical center of the light-transmitting cover, and upon the image pick-up device rotating, an optical axis of a lens of the image pick-up device always coincides with a normal line of a tangent plane at an intersection of the optical axis and the light-transmitting cover.

A gimbal assembly and a hand-held device are provided. The gimbal assembly includes a gimbal, an image pick-up device and a light-transmitting cover covering the gimbal and the image pick-up device. The gimbal includes a holding assembly, the holding assembly is configured to drive the image pick-up device to rotate around at least one axis in the light-transmitting cover. The at least one axis passes through a spherical center of the light-transmitting cover, and upon the image pick-up device rotating, an optical axis of a lens of the image pick-up device always coincides with a normal line of a tangent plane at an intersection of the optical axis and the light-transmitting cover.

The invention relates to a two-axis rotator for producing a rotation about two orthogonal spatial axes, and to a handling device comprising a two-axis rotator of this kind. The two-axis rotator for producing a rotation about two mutually orthogonal rotational axes comprises a main body, a first rotor and a second rotor, wherein the first rotor is mounted on or in the main body so as to be able to rotate about a first rotational axis, and the second rotor is mounted on or in the first rotor so as to be able to rotate about a second rotational axis, and wherein the first rotor has a first drive and the second rotor has a second drive, and the first drive and the second drive can be driven independently of one another.

The invention relates to a two-axis rotator for producing a rotation about two orthogonal spatial axes, and to a handling device comprising a two-axis rotator of this kind. The two-axis rotator for producing a rotation about two mutually orthogonal rotational axes comprises a main body, a first rotor and a second rotor, wherein the first rotor is mounted on or in the main body so as to be able to rotate about a first rotational axis, and the second rotor is mounted on or in the first rotor so as to be able to rotate about a second rotational axis, and wherein the first rotor has a first drive and the second rotor has a second drive, and the first drive and the second drive can be driven independently of one another.