3results about How to "Solve technical difficulties" patented technology

This invention provides an automatic glass rod sintering feeder. The lower ends of each glass rod are sequentially inserted from top to bottom into the guide holes of the guide plate. A horizontal / vertical lever is activated to push the clamping slider to compress the helical spring, causing the clamping fork of the clamping slider to retract. Then, the upper ends of the glass rods are inserted from bottom to top into the guide holes of the mother plate, the gap between the guide groove of the clamping plate and the clamping fork of the clamping slider. The horizontal / vertical lever is released, the helical spring rebounds, and the clamping fork of the clamping slider is pushed forward to clamp the glass rod. The main unit is moved laterally to directly above the sintering furnace, and then the back plate is moved down to the lower end of the main unit. The slide block is pushed downwards at a set speed, driving each glass rod through the guide holes of the guide plate to the designated position in the sintering furnace. After feeding is completed, each component returns to its initial position sequentially. The two stations synchronously and alternately perform the clamping and feeding of the glass rods. This invention features convenient operation, high automation, precise control, batch operation, and high work efficiency.

The utility model relates to a gas tunnel construction technical field, especially a kind of gas tunnel's non-moving fire supporting steel frame, including section steel frame, connecting rod and anchor pipe, multiple section steel frames are arranged along the length direction of tunnel interval;Positioning sleeve is equipped on section steel frame, connecting rod both ends have elbow section, two elbow sections are inserted into the positioning sleeve of adjacent two section steel frames respectively;It further includes the gasket of setting in section steel frame lower part, anchor pipe is located at the both sides of section steel frame, and anchor pipe is detachably connected on gasket.The welding connection mode of traditional supporting steel frame is improved, the elbow section of connecting rod is inserted into positioning sleeve, anchor pipe is detachably connected on gasket, welding operation is not used between adjacent section steel frames, between section steel frame and anchor pipe, the technical difficulty of gas tunnel non-moving welding operation is solved, explosion or fire risk, such as safety risk, existing in initial supporting steel frame in gas tunnel is effectively avoided, and the construction safety of gas tunnel is protected.

The invention discloses a submarine cable sheath repairing and protecting device and method. The submarine cable sheath repairing and protecting device comprises a steel wire anchoring module, a sealing pressure-bearing module, a bending limiter and a connecting structure. The steel wire anchoring module is provided with an outer conical seat, an inner conical shaft and a conical sleeve, the conical sleeve expands in the radial direction by driving the inner conical shaft to move in the axial direction, and the armored steel wire is pressed and anchored through cooperation of double conical surfaces. The sealing pressure-bearing module is composed of a split type outer shell and an inner shell, and multiple sealing elements are arranged between the outer shell and the inner shell to form a sealing cavity for containing the cable connector. A bend limiter is mounted to an end of the outer housing. The steel wire anchoring module and the sealing pressure-bearing module are fixedly connected through the connecting structure. During assembly, steel wire anchoring, sealing module assembly, module integration and bending limiter installation are sequentially carried out. The device is reliable in structure, good in anchoring and sealing performance, convenient to assemble on site and suitable for submarine optical cable sheath repairing operation.