6results about How to "Solve the "dead angle" problem" patented technology

The utility model discloses an engine cleaning machine with fixed-point positioning function, including the water tank structure of installation in the upper part of equipment outer box and the arc movement structure of realizing shower nozzle arc movement, the utility model discloses when washing engine, the shower nozzle is fixed in the through -hole of connecting pipe, through the drive motor drive swash plate rotation, make first slide bar in the slide rail of swing rod surface sliding, simultaneously pull the connecting plate inside swing rod in the upper portion of equipment outer box and carry out the swing of arc trajectory, simultaneously swing rod pull second slide bar and make the slider in the inside left and right swing of T type groove, simultaneously drive the synchronous sliding of upper slide and water storage tank to the high pressure spray cleaning of different position of engine surface to the shower nozzle, realize the multi -angle, all -round cleaning of shower nozzle, effectively solved the problem of dead angle in traditional cleaning mode, improved the efficiency and the cleanliness of engine cleaning.

This utility model discloses a rotary coating fixture for metal materials, relating to the field of metal material coating processing technology. It includes a base assembly and clamping components. A base assembly is movably connected to the top of the base assembly, and a rotating component is movably mounted on the top of the base assembly. A stabilizing platform assembly is mounted on the top of the rotating component. The clamping components are horizontally mounted on the top surface of the stabilizing platform assembly. This rotary coating fixture for metal materials, by horizontally circling four sets of clamping components on the surface of the stabilizing platform assembly, allows for flexible and stable clamping of the metal material being processed by adjusting the structure of each set of clamping components. This provides good stability and support without affecting the processing of the metal material. Furthermore, the structural combination of the base assembly, connecting platform, and rotating components allows for both axial rotation in the vertical direction and vertical folding adjustment of the stabilizing platform assembly.

The utility model relates to a grain mixing device, driving motor, support plate, gyration axle, rotary support frame, mixing barrel assembly and autorotation mechanism, driving motor output end and gyration axle one end transmission connection, gyration axle other end passes through support plate and is fixedly connected with rotary support frame, autorotation mechanism one end is connected with support plate, and its other end is transmission connection with mixing barrel assembly, and rotary support frame is rotationally connected with mixing barrel assembly, and rotary support frame rotates around first axis under the drive of gyration axle, and autorotation mechanism is used for driving mixing barrel assembly to rotate around second axis, and first axis is perpendicular with second axis. Driving motor drives gyration axle to rotate, drives rotary support frame to rotate around first axis, simultaneously drives mixing barrel assembly to rotate around second axis through autorotation mechanism and second transmission assembly, realizes mixing barrel assembly to carry out the stirring to grain from different directions, ensures grain sample even mixing, reduces manual labor intensity, improves mixing efficiency.

The utility model discloses a positioning device for metal casting processing relates to foundry goods processing positioning technical field, including frame body, the upper end fixed mounting of frame body has the platform, the upper end middle part of platform rotatory mounting has the bearing piece, and the outside bearing sleeve of bearing piece is equipped with the rotary plate, and the rotary plate rotatory mounting is in platform, and is installed in the clamping ware on the rotary plate, the inside fixed mounting of the lower end of rotary plate has the gear ring no.

This invention discloses an adjustable airflow structure for metal 3D printing. A main air outlet is fixed to the top of one side of the inner wall of the printing cavity, with its outlet lower than the laser galvanometer. A secondary air outlet is located on the same side of the inner wall of the printing cavity as the main air outlet, with its outlet parallel to the outlet of the main air outlet and at a 180° angle to the top of the printing cavity. An auxiliary air outlet's outlet is mirror-image of the main air outlet's outlet along the central axis of the printing cavity. An air intake and auxiliary air outlet are located on the same side of the inner wall of the printing cavity, with their outlets parallel. The outlet of the secondary air outlet is vertically higher than the inlet of the air intake. A substrate powder bed is installed at the bottom center of the printing cavity. By coordinating the main and secondary air outlets with the air intake, different airflow operation modes are formed, optimizing the printing atmosphere within the printing cavity and avoiding the dead zones caused by fixed airflow paths in existing airflow structures.

This utility model relates to a rotating mechanism with a rotation angle greater than 360 degrees and an endoscope, including a fixed base, a fixed base protrusion extending from the center of the top surface of the fixed base, and a rotating seat rotatably mounted on the fixed base protrusion opposite to the top surface of the fixed base protrusion; an annular groove is provided on the top surface of the fixed base protrusion, and a stop block is provided within the annular groove; a first arc-shaped groove and a cover plate covering the first arc-shaped groove are provided on the surface of the rotating seat corresponding to the top surface of the fixed base protrusion, and an arc-shaped through hole is provided on the cover plate; a first slider slides within the first arc-shaped groove, and a lower extension arm extends from the bottom surface of the first slider, passing through the arc-shaped through hole and sliding within the annular groove. An endoscope utilizing this rotating mechanism is also disclosed. This utility model can achieve a rotation angle greater than 360 degrees, eliminating blind spots for lateral viewing in endoscopes.