275results about How to "For lateral movement" patented technology

A modular flooring system includes a plurality of floor tiles situated about a ground surface, with each floor tile having a substantially-flat top surface and a connection interface with opposing engagement surfaces. The flooring system also includes a plurality of removable bridge connectors, with each of the bridge connectors having a plurality of tile interfaces, and with each tile interface having complimentary engagement surfaces configured to engage with the opposing engagement surfaces of the connection interfaces. The tile interfaces of the bridge connectors couple to the respective connection interfaces of any adjacent floor tiles to restrain the relative vertical movement between the adjacent floor tiles while facilitating controlled relative lateral movement between the floor tiles.

A sliding wall-mounted interior door system that includes a telescoping door actuating mechanism that is attached to the upper portion of the door, and a roller assembly that extends horizontally from the wall and engages a track in the lower portion of the door. The door actuating system is designed so that the movement of one of the door panels simultaneously moves the other door panel in the opposite direction. The actuating mechanism is designed so that a gearing assembly within the actuating mechanism moves laterally when the door system is moved between the open and closed positions.

The invention discloses an efficient pipe cutting machine. The efficient pipe cutting machine comprises a base. A controller is fixedly connected to the right side of the base. A sliding groove is formed in the left side of the base. The top of the base is provided with a transverse groove communicating with the sliding groove. A sliding block is slidably connected in the sliding groove. A threaded hole is formed in the left side of the sliding block. A first supporting block is fixedly connected to the top of the sliding block. A second supporting block is fixedly connected to the right side of the bottom of an inner cavity of the sliding groove. The top of the first supporting block and the top of the second supporting block both penetrate through the transverse groove and extend to the outside of the transverse groove. A first threaded rod is movably connected to the position, located in the sliding groove, of the left side of the second supporting block. According to the efficient pipe cutting machine, rotation of the first threaded rod can drive the sliding block to transversely move, so the first supporting block and clamping plates can be driven to transversely move; and thus, the distance between the two clamping plates can be adjusted, a plurality of pipes can be clamped, the cutting efficiency of the pipes is greatly improved, and using by a user is more convenient.

The wriggling hose pump has an eccentric driving part furnished with a plurality of eccentric discs 21 to be fixed on a shaft 20. Each of the eccentric discs 21 drives a crank driving part 24 with a connecting rod 25. A pump finger 11 to compress a pump hose 10 is supported on an end part of the connecting rod 25. A seal diaphragm 27 to prevent intrusion of liquid to the inside of a housing 16 is arranged between the eccentric driving part and the pump hose 10. The seal diaphragm 27 has a side-way bent 31 so that it does not have substantial force work on the crank driving part 24.

There is provided an immersion blender essentially having a housing or body portion for containing a drive motor, a shank or drive shaft operatively connected to the drive motor, and a processing tool operatively connected to the drive shaft. The immersion blender also has one or more handle portions, including, a first handle for pivotal control of the blender during operative use, a second handle for lateral control of the blender during operative use, and a third handle for stabilization of the blender during operative use. These handles effectuate a more effective and efficient operation of the immersion blender.

The invention provides an anchoring agent automatic filling device. The anchoring agent automatic filling device comprises a storage unit and a feeding unit. An anchoring agent is stored in the storage unit and can sequentially enter the feeding unit from the storage unit; and the feeding unit can sequentially feed the anchoring agent into a to-be-anchored hole position. The anchoring agent automatic filling device has the advantages that using is convenient, filling is stable, the device does not need manpower for entering a big roof area to conduct operation, safety and rapidness are achieved, and good promotion prospects are achieved.