6results about How to "Less welding work" patented technology

The application discloses a steel structure combined bridge and relates to the field of bridges.The steel structure combined bridge comprises two end steel molds and a plurality of spliced steel molds arranged between the two end steel molds, a plurality of first holes are formed through the spliced steel molds, first pipes are arranged in the first holes, one end of the first pipe is slidably provided with a second pipe, one side of the second pipe is provided with an extrusion assembly used for driving the second pipe to slide, the extrusion assembly is arranged on the spliced steel mold, a first protrusion used for driving the extrusion assembly on the adjacent spliced steel mold to operate is arranged on the side of the spliced steel mold away from the end steel mold, a second hole used for inserting the second pipe is formed in the end steel mold, a second protrusion used for driving the extrusion assembly on the adjacent spliced steel mold to operate is arranged on the end steel mold, and an interface assembly used for conveniently pouring concrete into the first pipe and the second pipe is further arranged on the end steel mold, so that the welding points are reduced in the splicing process of the bridge manufacturing, and the connection is convenient.

The invention provides a wiring method for a connecting wire harness between robot joints, and belongs to the field of robot assembling.The wiring method comprises the steps that a joint connecting wire and a plurality of joints to be connected through the joint connecting wire are measured and compared, the positions, needing to be peeled and welded, of the joint connecting wire are determined, and marking lines at the two ends of each peeling and welding position are drawn; peeling the position, needing to be peeled and welded, of the joint connecting wire to expose an internal wire core, cutting a plurality of sections of heat shrink tubes, and sleeving each section of heat shrink tube on the joint connecting wire; welding the two ends of the joint connecting line with the joints of the two joints corresponding to the two ends respectively, and then welding the wire core with each joint of the corresponding middle part; insulation processing is carried out on the welding position of each joint and the wire core and the position of the wire core exposed by the peeling of the joint connecting wire; and moving each section of the heat-shrinkable tube to the corresponding welded wire core position, heating each section of the heat-shrinkable tube, then cooling and shaping, coating the two end ports of each section of the heat-shrinkable tube with an insulating sealant, and completing wiring.

The utility model discloses an integrally-cast lifting lug structure of an offshore box, and relates to the technical field of offshore boxes. The lifting lug is integrally formed on the upper end face of the base part, the through hole is formed in the center of the lifting lug, an inclined slope is arranged at the upper end of one side of the lifting lug, and the inclined slope is of an arc-shaped structure; and the offshore box part is arranged at the lower end of the base part, and a locking mechanism is arranged in the offshore box part. According to the lifting lug assembly, the base piece and the lifting lug are of the cast integrated structure, the welding work of the base piece and the lifting lug is omitted, the number of welding beads can be reduced, meanwhile, the flaw detection workload can be reduced, the strength of the whole lifting lug assembly is improved, the lifting lug can be reinforced through the arranged reinforcing ribs, and the service life of the lifting lug assembly is prolonged. And the arranged reset spring and the baffle piece can push the locking plate to be clamped with the connecting groove, so that the position of the connecting piece can be limited, the connecting piece can be prevented from deviating and shaking, and the base piece can be rapidly installed and limited.

The utility model discloses a stator iron core of a compressor motor, which comprises an iron core body, the diameter of the outer edge of the iron core body is smaller than the inner diameter of a compressor shell, a diameter expanding part is integrally formed on the peripheral side of the iron core body, and the iron core body is directly arranged in the compressor shell through the diameter expanding part. After the technical scheme is adopted, the stator iron core assembly is simple in structure and high in integration degree, and ferrule processing, sheet metal part processing and welding operations which need to be separately configured with the iron core body in the stator iron core assembly in the prior art are saved.

The utility model relates to a split mounting type building structure which comprises a plurality of supporting units, a plurality of outer wall plates and a top plate, the bottom ends of the supporting units are fixed on a ground foundation, the outer wall plates are fixedly installed on the outer sides of the supporting units, the top plate is fixedly installed on the tops of the supporting units, and the outer wall plates are fixedly installed on the outer side of the top plate. Each supporting unit comprises a plurality of vertical beam assemblies and a plurality of transverse supporting beams, the vertical beam assemblies in the supporting units are distributed in the same row or the same column at intervals, and the tops of every two adjacent supporting units are fixedly connected with the two ends of one transverse supporting beam through fasteners respectively. Through the arrangement of the supporting units, the outer wall plates and the structure of the top plate, the steel structure building can be subjected to modular splicing operation during construction, welding operation during site construction and installation can be reduced, and then smoke pollution during construction is reduced.

The application belongs to the technical field of tube-bank heat exchanger, and particularly relates to a heat exchanger tube bank with sealing degree strengthening function. The structure of the heat exchanger tube bank comprises a tank plate, two internal partitions, mounting holes, and heat exchange tubes, further comprises a blocking rubber ring unit arranged on the mounting hole and used for abutting against the end face of the heat exchange tube, a fixed frame unit arranged on the inner side face of the tank plate, and a positioning rubber ring unit arranged on the fixed frame unit and used for abutting against the side face away from the internal partition. The beneficial effects of the application at least include that the heat exchanger tube bank has rubber ring structures with relatively high sealing degree and relatively low dismounting difficulty between the tank plate and the internal partition, and between the internal partition and the heat exchange tube, so that the sealing degree between the shell side and the tube side is significantly improved, the mutual penetration between the shell side material and the tube side material is prevented, and the safety of the heat exchange operation is improved.