5results about How to "Dispersion force" patented technology

The application discloses a driving mechanism, comprising a motor and a hinged seat; the output end of the motor is provided with an adapter, the adapter has a torque output end, the hinged seat has a torque input end, the adapter transmits the torque of the motor to the hinged seat through the concave-convex cooperation of the torque output end and the torque input end, and a buffer pad is arranged on the torque transmission path of the torque output end and the torque input end, so that the mutual impact between the adapter and the hinged seat is filtered during the torque transmission process; the application provides a driving mechanism which solves the problem of poor impact resistance of the transmission driving mechanism.

The application discloses a high-strength mixer rotating shaft assembly, and belongs to the technical field of mixer transmission mechanisms, which is used for providing a high-strength mixer rotating shaft assembly with lower renewal cost, comprising a main shaft sleeve, a main shaft core, stirring rods and a plug, the main shaft sleeve comprises a sleeve, the upper end of the sleeve is provided with a lower flange, the inside of the sleeve is provided with a plug-in cavity penetrating through the lower flange, the sleeve is provided with a transverse outer channel penetrating through the inner and outer walls, the main shaft core comprises a plug-in shaft, which is adapted to be located in the plug-in cavity, the upper end of the plug-in shaft is provided with an upper flange, the inside of the plug-in shaft is provided with a longitudinal channel penetrating through the upper flange, the plug-in shaft is provided with a transverse inner channel penetrating through the inner and outer walls, and the transverse outer channel and the transverse inner channel are adapted to be penetrated. According to the application, the double-layer structure of the main shaft sleeve and the main shaft core is designed, all the stirring rods are constrained by the plug-in part, the main shaft sleeve located in the outermost layer bears the impact, and only the main shaft sleeve needs to be replaced when the rotating shaft assembly is renewed, so that the replacement cost of the rotating shaft assembly is effectively reduced.

The utility model discloses a foot structure and four -legged robot of four -legged robot belong to four -legged robot field, solve the problem that rubber foot pad whole stress is uneven because rubber foot pad is smaller in height direction's stress, and the technical scheme of solving this problem mainly includes foot end piece and the rubber foot pad of through locking piece and foot end piece can dismantle connection, the bottom of foot end piece is equipped with the lock catch, and the top recess of rubber foot pad forms the slot for the lock catch insertion, be equipped with the through -hole of rubber foot pad for locking piece penetrates, and locking piece includes two stop surfaces, and locking piece makes foot end piece and rubber foot pad keep fixed along the through -hole penetration lock catch, and two stop surfaces press on the two sides of rubber foot pad opposite, locking piece and through -hole interference fit to make part rubber foot pad be clamped between the bottom of foot end piece and locking piece. The utility model mainly is used for improving the locking force of locking piece to rubber foot pad.

The utility model discloses a pressing line used on the inner side of door and window glass, which comprises a left frame body, the left frame body is connected with a right frame body through a connecting lining strip, the bottom of the right frame body is connected with clamping pins which are symmetrically distributed, a triangular support frame is arranged between the two groups of clamping pins, and one end of the triangular support frame is connected with a positive semicircular hook groove body. The other end of the triangular supporting frame is connected with a reverse semicircular hook groove body, and the reverse semicircular hook groove body is connected with the other set of clamping pins in a reverse hooking mode. The method has the beneficial effects that the wind pressure resistance is enhanced, and the structural stability and firmness are improved.

The application belongs to the technical field of scaffolds, and particularly relates to a disc buckle type scaffold. The overall structure at the two ends of the horizontal rod is arranged at the upper end of the connecting disc, the unilateral stress concentration problem caused by the fact that the construction load directly acts on the local area of the connecting disc in the traditional scaffold is changed, and therefore the stress uniformity and structural durability of the connecting disc are effectively improved. The end of the horizontal rod is provided with a mounting portion with a locking hole, the locking hole can be matched with the locking area on the vertical rod, the displacement or rotation of the horizontal rod in the use process is effectively limited, and the stable connection between the horizontal rod and the vertical rod is realized. In addition, at least one group of horizontal rods which are arranged perpendicularly to each other in the horizontal plane are connected on the same vertical rod, the vertical rod can form a spatial stable structure with at least two surrounding vertical rods through the structural design, the overall structural stability requirement can be met without being connected with all the vertical rods in four directions, the safety is ensured, and the installation and dismounting efficiency of the scaffold is significantly improved.