30results about How to "Realize steering operation" patented technology

The invention discloses an adjusting and steering device capable of facilitating corrugated paper box conveying and relates to the technical field of corrugated paper box production. The device comprises a supporting mechanism and a power assisting mechanism, wherein a positioning mechanism is arranged above the supporting mechanism, a conveying mechanisms are arranged on the left side and the right side of the positioning mechanism correspondingly, the power assisting mechanism is arranged in the middle of the positioning mechanism, an angle control mechanism is arranged below the power assisting mechanism, the power assisting mechanism comprises a power shaft, supporting plates, a fixing bearing and a power assisting rubber belt, and the supporting plates are arranged at the front end and the rear end of the power shaft correspondingly. The device is advantaged in that the rotation adjusting effect of the power assisting mechanism is achieved through cooperation between a base paneland an electric rotary disc, so the direction of corrugated paper boxes in the advancing process is changed, steering operation of the corrugated paper boxes in the conveying process is achieved, anduse requirements of people are effectively met.

The invention provides a steering assist automatic centering device for a vehicle, which includes a steering cavity, a piston, a piston rod, a centering cavity and a ball joint. One end of the piston rod is connected with the ball joint by threads; There is a groove, and the steel wire retaining ring for the shaft is installed in the groove, and the wire retaining ring for the shaft associates the piston rod with the two floating pistons to form a kinematic pair; the steering cavity and the centering cavity are connected with the middle end cover through clearance fit; The middle cavity is fixed with a guide sleeve through a steel wire retaining ring and a shaft elastic retaining ring; a shaft seal is installed between the guide sleeve and the piston rod; a shaft guide ring is installed between the piston rod and the two floating pistons and the middle end cover. The first guide ring for holes is arranged between the two floating pistons and the intermediate cavity, and the second guide ring for holes is arranged between the pistons and the steering cavity. The device realizes the integrated design of power steering and automatic centering, greatly saves space, significantly reduces weight, and has an easy-to-implement structure, which is suitable for mass production and application.

The invention discloses a vertical cabinet type air conditioner convenient to turn and move. The vertical cabinet type air conditioner comprises a base. The upper portion of the base is sleeved with asupporting plate. Upper sliding sleeves are fixedly in cup joint to the lower end of the supporting plate. The upper side of the base is fixedly sleeved with lower sliding sleeves. First sliding blocks are arranged below the upper sliding sleeves. First sliding grooves are formed in the upper portions of the lower sliding sleeves. The first sliding blocks are in sliding clamping and connection into the first sliding grooves. The first sliding blocks are of an annular structure. Protruding blocks are symmetrically arranged on the first sliding blocks. The first sliding grooves are of an annular structure. Notches are symmetrically formed in the first sliding grooves. One end of an output shaft of a motor is fixedly connected with a connecting pad. According to a novel air conditioner rotation mechanism, through cooperation of the upper sliding sleeves and the lower sliding sleeves, the supporting plate is supported, and the supporting plate is controlled through the motor to make the air conditioner turn; self-locking trundles are contracted through electric cylinders, and the air conditioner is convenient to move and turn; and an embedded structure is adopted in a moving mechanism, and the device is integrally attractive and practical.

The invention discloses a hand-held multi-degree-of-freedom controllable intervention guide wire and an intervention device. The intervention device includes: a handle housing, a control module, buttons, bearings, a multi-degree-of-freedom controllable intervention guide wire, and a rigid sleeve. , Driven wheel, driving wheel, driving motor, bit seat, transition wheel, bit wheel, wire, battery, plug. The multi-degree-of-freedom controllable interventional guide wire includes: a soft sleeve, a hydrophilic layer and a head end; wherein, the hydrophilic layer is located on the outer layer of the sleeve; the entire guide wire can be divided into an active bending section and a non-active bending section , a spring is embedded in the hydrophilic layer of the active bending section to provide the recovery stiffness of the guide wire bending. The guide wire further includes: a front torsion shaft, a front limit ball, a front limit plate, a front twist rope, a middle twist rope, a middle limit plate, and a middle torsion shaft arranged inside the casing. The invention can accurately reproduce the surgeon's manual operation, assisting the surgeon to more efficiently and safely complete the task of diagnosing and treating patients.

The invention discloses a bullet steering device and method. The device comprises a supporting piece, and a direction detection mechanism, a steering mechanism and a transfer mechanism that are supported through the supporting piece, the direction detection mechanism and the steering mechanism are arranged on a conveying path of the transfer mechanism, the steering mechanism is an axial rotating device, and the steering track of the steering mechanism corresponds to the direction detection result of the direction detection mechanism, so that the orientation of materials is consistent with the preset discharging orientation. According to the bullet steering device, the direction of bullets is detected firstly, then the materials are transferred from the direction detection mechanism to the steering mechanism through the transfer mechanism, and the steering mechanism steers the materials according to the direction detection result, so that the steered materials face the same direction; and through continuous movement of the direction detection mechanism, the steering mechanism and the transfer mechanism, mechanical material steering operation is achieved, manpower is liberated, and the problem that steering accuracy and efficiency are not high after long-time manual labor is solved.