51results about How to "Fast maintenance" patented technology

The oil-burning and electrically driven two-purpose forklift includes a frame, a power system, a gear box, a walking system, a hydraulic pump station, a hydraulic system, an operation system, an automatic control system, a cable reel, a reel oil motor and a walking oil motor. The power system includes one oil-burning engine and one AC motor; the hydraulic pump station includes one engine driven hydraulic pump station and one motor driven hydraulic pump station connected via a two-position three-way valve to the hydraulic system; the motor driven hydraulic pump station provides hydraulic oil to the reel oil motor and the walking oil motor, while the engine drives the input shaft of the gear box; and the automatic control system controls the forklift under the driving of the motor. The present invention can save fuel oil, reduce environmental pollution caused by oil burning tail gas and lower operation cost.

The invention discloses a multi-dimensional sling for a container, and relates to the field of load hanging devices. The multi-dimensional sling comprises a vehicle body, an operation chamber, a lifting device, a hanging bracket device and locking devices. The lifting device is arranged at the front portion of the vehicle body. The hanging bracket device comprises a longitudinal sliding and swinging mechanism, a transverse sliding and swinging mechanism and a bridge frame, the longitudinal sliding and swinging mechanism can drive the bridge frame to slide and swing in the longitudinal direction of the vehicle body, and the transverse sliding and swinging mechanism can drive the bridge frame to slide and swing in the transverse direction of the vehicle body. The locking devices are arrangedat the two ends of the bridge frame, by means of the locking devices, the longitudinal moving action of the container in the horizontal level can be achieved, the existing hoisting precision adjusting defect is overcome, and the hoisting efficiency is high. The lifting device is vertically arranged at the front end of the vehicle body, the operation chamber is arranged on the top of the vehicle body in a sliding manner through a view driving mechanism and can transversely move to avoid the vision shielding of the lifting device, and the usage safety of the operation chamber is good; and the multi-dimensional sling has the advantages that the design is reasonable, the number of components arranged in the multi-dimensional sling is small, and the maintenance speed is high.

The invention discloses a safe and reliable platform, which comprises a standing surface, a fixed bracket, a hoop, a limit groove and a safety belt. The surface is made of multiple steel bars crossed and fixed, and the multiple steel bars are integrally structured; there are two limiting grooves, both of which are located on the upper surface of the standing surface, and a safety belt is respectively installed on both ends of the fence , The seat belts are connected by a buckle structure. Through the above-mentioned structure, the present invention can stand on the maintenance platform to carry out the maintenance operation, the operation is more convenient and simple, and the safety factor of high-altitude operation is high.

The invention provides an inner and outer ball cage conjoined forging, the upper end surface of which includes the upper end surface of the outer ball cage, the upper inner wall of the outer ball cage, the upper end surface of the connecting part, the upper outer wall of the inner ball cage, the upper end surface of the inner ball cage, and the lower end surface It includes the lower end surface of the outer ball cage, the lower inner wall of the outer ball cage, the lower end face of the connecting part, and the lower outer wall of the inner ball cage; the forging also includes the central hole of the inner ball cage. The present invention also provides a forging die for manufacturing the forging. The upper die assembly of the die includes a split punch consisting of a punch ring and a punch core. The forming surface of the upper side wall of the center hole of the inner ball cage is formed; the lower die assembly includes a ejector rod and a split die consisting of the outer ring of the die, the middle ring of the die and the inner ring of the die, and the upper end of the split die forms the lower part of the forging. The end face, the forming surface of the outer side wall of the outer cage, and the upper end of the ejector rod form the lower side wall forming surface of the center hole of the inner cage. The invention makes the utilization rate of the raw material of the forging high, and makes the production cost of the inner and outer ball cages low.