50results about How to "Realize the turning function" patented technology

The invention provides a travelling mechanism of a pipeline robot. The travelling mechanism of the pipeline robot comprises a worm, a motor and three planetary gear sets, wherein the motor is used for driving the worm, and the axis of the worm is superposed with that of a pipeline; the three planetary gear sets are respectively positioned in three planes; each planetary gear set comprises a worm gear engaged with the worm, a sun gear coaxially connected to the worm gear, and two planetary gears which are mutually separated and respectively engaged with the sun gear; each planetary gear is coaxially connected with a travelling wheel, and the diameter of the travelling wheel is greater than that of the planetary gear; and one of the two travelling wheels is hinged on a rotating shaft of thesun gear through a first connecting rod arm, and the included angle formed between the first connecting rod arm and a second connecting rod arm is 0 to 180 degrees. According to the travelling mechanism, a closed force system is not required to be formed by an external spring force in the robot, and the worm drives the planetary gears to rotate, so that a transmission mechanism is integrated withan adjusting mechanism and the structure is simpler.

The invention discloses a quadrilateral rolling mechanism capable of steering. The quadrilateral rolling mechanism capable of steering comprises eight connection plates and connection structures thereof. Each connection plate is provided with two shaft holes; according to each connection plate, the perpendicular distances of axes between two shaft holes are equal; the eight connection plates form a quadrilateral, wherein the plates (1) and (2), the plates (3) and (4), the plates (5) and (6), and the plates (7) and (8) form four sides of the quadrilateral respectively; any adjacent connection plates are connected by a rotation pair; when the interior angles of the quadrilateral are 90 degrees, and the axes of the rotation pairs of the four corners of a square are parallel to each other, the mechanism has a square appearance; and the movement of the mechanism is controlled by motors (9), (10) and (15); and counter weights (11), (12), (13), (14) and (16) have the same weight as the motors to ensure that the structure of the mechanism is symmetrical. The motor (13) is controlled, so that the mechanism is deformed and rolls due to inertia; and the motors (9) and (10) are controlled, the mechanism is formed so as to swerve.

The invention relates to a swimming pool bottom hydro power pushed automatic cleaner, comprising an underwater cleaner and a control power supply which are connected by a buoyancy cable; wherein the underwater cleaner comprises a shell cover part, a shell body part, a filter, a double extension motor assembly, a hydro power driven jaw clutch pulley assembly, a water flow channel, a wheel and support, an isolated hood and a cable with a buoy. Along with the rotating direction of the motor, the hydro power driven jaw clutch pulley assembly is reliably meshed or separated under the action of hydro power; the pulley changes working condition, so as to realize jet water to be flowed out and further change travel direction of the cleaner; the shell touches wall to cause the cleaner to automatically adjust direction after touching the wall, so as to change travel route after touching the wall; and an arranged suction tube and a unidirectional drainage valve avoid eddy diffusion of travel of the cleaner on sewage at the bottom and reduce the weight of the cleaner when being taken out from water. In addition, two or multiple axial-flow pumps are arranged horizontally, so that the cleaner has turning function and ordered full cover washing is realized.

The invention relates to a multifunctional pipeline robot which comprises an advancing device, a sweeping device and a control circuit board. A driving device is arranged on the advancing device. The multifunctional pipeline robot further comprises a planetary wheel set A arranged on the advancing device and a planetary wheel set B arranged on the sweeping device, the advancing device is connected with the sweeping device through a spring, and a walking device pushes the sweeping device to advance in a pipeline. When the sweeping device encounters a curve, the spring can be net, and a steering function of the whole robot is achieved. Due to the fact that the walking device and the sweeping device are separately arranged, the length of the whole pipeline robot is quite decreased, and the phenomenon that the pipeline robot is clamped in the curve does not easily occur. The driving device adopts a worm wheel and worm structure, when the pipeline robot stops at a certain position in a vertically pipeline to perform sweeping or detection, a worm wheel does not drive a worm to rotate by utilizing the self-locking performance of the worm wheel and worm structure, and the phenomenon that driving wheel cannot reversely rotate and accordingly the pipeline robot slips down can be avoided.

The invention relates to a rollingly-marching robot with two wheel-like hexagonal mechanisms, comprising a connecting bar, the two independent wheel-like hexagonal mechanisms and connections, wherein each wheel-like hexagonal mechanism comprises three parallelograms consisting of nine connecting rods: two adjacent parallelogram share one side, the three parallelograms share one vertex and any adjacent sides are connected by using a revolute pair; two parallelograms are respectively formed by rods (1), (6), (7) and (9) and rods (2), (3), (7) and (8) and shapes of the parallelograms are respectively controlled by motors (14) and (15); and a servo parallelogram is formed by rods (4), (5), (8) and (9) and a counterweight (16) is of the same weight as the motors to ensure that the structure issymmetrical. The change of interior angles of the parallelograms is controlled to ensure that the mechanisms are deformed and rolled and the cornering of the robot is realized through the different rolling speed of the two parallel wheel-like hexagonal mechanisms.

The invention discloses a turning clamp device special for a bent axle and a manufacturing method. A left clamp and a right clamp are basically identical in structure. The turning clamp device special for the bent axle is characterized in that an eccentric distance moving and positioning mechanism of each clamp is installed on a clamp body through a lead screw supporting mechanism, and pressing plates, a position-measuring mechanism and a screw-locking mechanism carry out locking and positioning on a sliding plate; a connecting rod neck indexing positioning and locking mechanism is installed in a conical frustum of the sliding plate, a worm gear is fixed to a drum wheel, a rotary disc is fixed to the drum wheel through a positioning pin, a worm drives the worm gear to rotate around a rotation central hole, and therefore rotation, positioning and fixing locking of a workpiece are achieved; a bent axle clamping mechanism can rotate around the rotation central hole in an indexing mode while clamping the workpiece; an eccentric balance weight mechanism achieves rotary balance of a whole rotary system. By means of the eccentric clamp on a main shaft of a lathe, bent axles of multiple series, different eccentric distances and different main shaft neck diameters can be machined on one device, only one time of clamping is needed in the machining process of each bent axle, and then a connecting rod neck, the main shaft neck and web plates at two sides of the bent axle are turned.

The invention belongs to the technical field of toy stunt cars, and discloses a stunt car upright running trajectory adjustment device, which includes a rear panel of a vehicle body and rear wheels, the rear wheels are installed on both sides of the bottom of the rear panel of the vehicle body, and the rear panel of the vehicle body The two sides of the top of the car body are respectively provided with steering bumps, and the rear panel of the vehicle body is provided with two steering adjustment blocks corresponding to the steering bumps, and the two steering adjustment blocks are respectively installed on the left and right sides of the rear panel of the vehicle body , the steering adjustment block is rotatably connected with the rear panel of the vehicle body, and the steering bump selectively lifts up the steering adjustment block. This scheme selectively jacks up the steering adjustment block through the steering bump, so as to control the formation of different protrusion heights of the steering adjustment blocks on the left and right sides, so that the stunt car can change the forward direction and realize turning when it is leaning back and standing up. Function.