33results about How to "Simplify the movement mechanism" patented technology

An item of seating furniture, including a base, a seating unit, a backrest unit having a back contact surface, and a headrest unit with a head contact surface. The headrest unit is movable between a storage position and an operating position. The headrest unit is arranged in the storage position in such that the head contact surface is fully behind the back contact surface and below the top edge thereof. The headrest unit is pivotable about a headrest rotation axis along a non-linear movement path, or is movable along a linear movement path opposite the base. The backrest unit is movable along a second movement path deviating from the movement path of the headrest unit, wherein the movement of the backrest unit is coupled to the movement of the headrest unit via a movement mechanism of the headrest unit.

The sapphire single crystal growth transmission of the present invention comprises: a casing; a variable speed input end installed at the upper end inside the casing; a variable speed output end installed at the lower end inside the casing ; The variable speed input is connected to the variable speed output. The sapphire single crystal growth transmission and its working method of the present invention control the motion state of the reducer. One motion state is that the reducer performs deceleration motion, and the other motion state is that the reducer does not perform deceleration motion, but is an integral transmission part. Switch between the two motion states and cooperate with the change of the rotational speed of the driving motor to achieve the purpose of deceleration, high-speed and low-speed step change.

The invention relates to a three-view-filed axial zoom infrared optical system. The three-view-filed axial zoom infrared optical system comprises a front mirror set, a reflecting mirror set and a rear mirror set which are arranged in sequence. The front mirror set comprises an object mirror, a zoom mirror, a compensating mirror and four fixed mirrors, and the object mirror, the zoom mirror, the compensating mirror and the four fixed mirrors are coaxially arranged in sequence. The reflecting mirror set comprises three sequentially arranged reflecting mirrors. The rear mirror set comprises two convergent mirrors which are coaxially arranged in sequence. The rear mirror set is located on the reflecting optical path of the third reflecting mirror. According to the three-view-filed axial zoom infrared optical system, the three view fields can be changed just through axial movement of the zoom mirror and the compensating mirror, the compensating mirror only has two positions in the three-view-filed state, the compensating mirror also serves as a focusing mirror to compensate defocus caused by temperature, and therefore control difficulty is greatly lowered. The three fixed reflecting mirrors are adopted, an object image can be rotated through space bending, the problem that the direction of an adopted detector refrigerating machine is the same as the direction of a long edge is solved, the risk of pipe bending of the detector refrigerating machine is avoided, and the three-view-filed axial zoom infrared optical system is compact in structure, is provided with a simple movement mechanism and achieves miniaturization and low weight.

The invention provides a horizontal-type ultra-high pressure sterilization equipment aligning mechanism. According to the horizontal-type ultra-high pressure sterilization equipment aligning mechanism, cylinder bodies (1-1), trolley guide rail beams (1-2), aligning positioning blocks (1-3) and a frame (1) are connected into a whole, the axis of the left cylinder body (1-1) and the axis of the right cylinder body (1-1) are on the same straight line, and circle centers of concaved circular cambered surfaces of the left aligning positioning block (1-3) and the right aligning positioning block (1-3) and the axes of the left cylinder body (1-1) and the right cylinder body (1-1) are on the same straight line; the cylinder bodies (1-1) are matched with piston-type plugs (2) to form hydraulic oil cylinders, and the axes of the left piston-type plug (2) and the right piston-type plug (2) are on the same straight line; an ultra-high pressure barrel body (4) is fixed to a trolley frame (5) through barrel body fixing seats (3), the trolley frame (5) is pulled by a lead screw nut mechanism driven by a servo motor to move along guide rails on the trolley guide rail beams (1-2), positioning is achieved through contact between the barrel body fixing seats (3) and the aligning positioning blocks (1-3), and the situation that the axis of the ultra-high pressure barrel body (4) and the axes of the left piston-type plug (2) and the right piston-type plug (2) are on the same straight line is achieved.

An omnibearing spherical robot features that its internal moving mechanism is supported by its spherical casing via at least three single-wheel rolling units and can move relatively to said spherical casing, another single-wheel rolling unit used to make said moving mechanism in rolling contact with said spherical casing is driven by a motor for pushing the spherical casing to do linear movement and by another motor for changing the rolling direction to do omnibeary movement.

The invention provides a rotatable lifting camera and a display device. The rotatable lifting camera includes a camera module and a driving assembly, and the driving assembly includes a driving member, a transmission member, an execution member, a limiting member and a locking member; the camera module is arranged on the executing member, and a non-rotational sliding is formed between the executing member and the restricting member The matching section and the rotatable matching section; when the executive part and the limiting part are in the non-rotating sliding fitting part, the driving part can drive the performing part to do reciprocating linear motion through the transmission part; when the executing part and the limiting part are in the rotatable matching part, the locking part The relative rotation between the transmission part and the execution part is locked, so that the driving part drives the camera module to rotate, and the display device includes a rotatable lifting camera, which is a single power source and double actions that can automatically lift and rotate in sections. A rotating and lifting camera and a display device with a camera that can be extended and retracted relative to a display screen and can be rotated after being extended.