5results about How to "Avoid thermal influence" patented technology

The present application relates to a kind of modular molten salt loading and storage system, including vertical support structure rack, normal temperature electrical equipment group and high temperature molten salt equipment group are physically separated by isolation fence and integrated in it;High temperature molten salt equipment group includes molten salt storage tank and molten salt pipeline connected with molten salt storage tank;Molten salt pipeline includes molten salt loading pipe, molten salt loading pipe has upward inclination relative to horizontal plane, to realize the self-weight backflow of molten salt;The middle section of molten salt loading pipe is connected with molten salt isolation valve, and molten salt isolation valve and normal temperature electrical equipment group are cooperated to realize the on-off control of molten salt loading pipe.The present application effectively avoids the thermal influence of high temperature environment on normal temperature electrical equipment by isolation fence, and the integrated design of overall modularization integrates the core equipment of molten salt loading and storage into one, discards the traditional dispersed equipment arrangement and installation mode, greatly simplifies the field construction process, reduces installation period, also makes the debugging, maintenance and overhaul of system more convenient.

The utility model discloses a steel structure assembly formula vertical climbing ladder mounting structure, include: steel column, hang ladder standard section, it includes angle steel ladder beam and step stick, hang ladder telescopic section, set up between two groups of hang ladder standard section and make two groups of hang ladder standard section be connected as hang ladder whole, it includes outer sleeve tube, inner sleeve rod and after supplement step lever, the inner sleeve rod is slidably telescopic and is located in the outer sleeve tube, the outer sleeve tube is connected with the inner sleeve rod through the connecting bolt, the outer sleeve tube and inner sleeve rod all are located in the female angle side of angle steel ladder beam, the outer sleeve tube is bolted with the angle steel ladder beam of upper hang ladder standard section, the inner sleeve rod is bolted with the angle steel ladder beam of lower hang ladder standard section, the after supplement step lever is detachably installed in a pair of outer sleeve tube front end face and / or a pair of inner sleeve rod's front end face, hang connection subassembly is used for connecting hang ladder whole with steel column. Modular design and hook type installation of the application greatly shorten the installation and removal time, and greatly improve the turnover utilization rate.

The invention belongs to the field of cutter machining equipment, and relates to a cutter handle shaping device and a cutter handle shaping method. The problems that in the prior art, due to split type operation and manual transfer, temperature drop is too large, and the shaping quality is not stable are solved. The device comprises a cutter conveying assembly, a heating assembly and a pressing assembly. A first position for heating and a second position for pressing are sequentially arranged on a guide rail of the cutter conveying assembly. The cutter conveying assembly is used for driving the cutter to be transferred from the first position to the second position for press-fit shaping after heating is completed. The heating process and the pressing process are integrated on the same automatic platform, the process transfer time is shortened, temperature drop of the cutter handle in the transfer process is restrained, and therefore the quality stability and consistency of final products are improved.

The application discloses a casting method of a cast-state QT700-3 gear hub, and comprises the following steps: step one, determining the placing state of the gear hub in the sand mold as a placing mode with a small opening downward and a large opening upward; step two, determining that one gear hub is placed in the sand mold of each sand box; step three, determining a riser structure, the riser is designed to be integrated with the gear hub, the cross section of the riser extends along the large opening direction of the gear hub, and the cross section is Y-shaped; step four, determining that the parting mode of the gear hub during casting is horizontal parting along the top of the riser of the gear hub, and the sand mold is divided into two parts; and step five, determining a gating system structure, the sprue gate and the runner are located on the upper sand mold, and the position, at which the top of the sprue gate is connected with the outside of the mold, is a funnel-shaped top structure of the sprue gate. The casting method of the cast-state QT700-3 gear hub can reduce casting defects such as inclusions, pores and loose in the gear hub during the casting process, improves the internal quality of the gear hub, and meets the performance requirements of the QT700-3 material in the cast state.

The invention discloses a laser fiber heating system for heating plastic bottle blanks in a plastic bottle production line. The laser fiber heating system comprises a laser light source; the optical fiber splitter is optically connected with the laser light source, the optical fiber array is composed of multiple paths of output optical fibers, and the input end of the optical fiber array is connected with the optical fiber splitter; the optical fiber heating module comprises an optical fiber fixing plate, an upper reflecting plate and a lower reflecting plate, the upper reflecting plate and the lower reflecting plate are respectively fixed at two ends of the optical fiber fixing plate, and the upper reflecting plate and the lower reflecting plate form an accommodating structure with an opening at one end with the optical fiber fixing plate; the output end of the optical fiber array is fixed on the optical fiber fixing plate, and the light emitting direction faces the opening; compared with the prior art, the heating requirements of different bottle blanks can be flexibly met by increasing or decreasing the number of optical fibers and adjusting laser power or light field parameters; the light field range can be designed and calculated, a bottle body heating area is accurately matched, and the heat influence on non-target areas such as a bottle neck is avoided.