5results about How to "Stable implementation" patented technology

This utility model discloses a sliding button mechanism and an adjustable adsorption force POS machine base connection device and POS equipment. The ingenious design utilizes a mating component on the back of the POS machine and a permanent magnet within the POS machine base. The magnetic attraction state is altered by changing the relative position of the permanent magnet and the mating component, ensuring the POS machine is stably positioned when placed on the receiving part of the POS machine base. Furthermore, the permanent magnet is attached to the sliding button mechanism and placed within the mounting cavity of the POS machine base. The sliding engagement state of the connecting frame and connecting plate of the sliding button mechanism switches between the first and second states of the permanent magnet and the mating component on the POS machine. This design is not only convenient to implement and compact, but also easy to install. The adsorption force generated between the permanent magnet and the iron connecting frame increases the positional stability of the sliding button mechanism. Additionally, the metal plate-like connecting frame can be reused as a counterweight for the POS machine base, further enhancing the stability of the device.

The utility model discloses a coring device for road detection, which comprises a supporting bottom plate, a lifting mechanism, universal wheels and moving wheels, and a guide mechanism is arranged at the top end of the supporting bottom plate; the lifting mechanism is connected to the outer wall of the guide mechanism in a sliding mode, a core taking part is arranged between the lifting mechanism and the wire guiding mechanism, and the core taking part drives the lifting mechanism to vertically move through rotation; the universal wheel is arranged at one end of the bottom of the supporting bottom plate; the multiple sets of moving wheels are horizontally and symmetrically arranged at the other end of the supporting bottom plate, and a sliding adjusting mechanism is arranged between the moving wheels and the supporting bottom plate. The sliding adjusting mechanism is arranged at the connecting position of the moving wheel and the supporting bottom plate, the moving wheel can be adjusted in the vertical direction through the sliding adjusting mechanism, when the moving wheel needs to be used for moving supporting, the moving wheel only needs to be lowered, and if coring supporting needs to be carried out, the coring supporting can be carried out conveniently. And if not, the moving wheels are adjusted upwards to exceed the bottom end of the supporting bottom plate, so that stable implementation of coring operation is guaranteed.

This invention belongs to the field of materials heat treatment technology, specifically relating to a heat treatment method, microstructure, and microstructure control method for α-solidified TiAl alloy castings. This method targets α-solidified TiAl alloy castings with unstable lamellar microstructure obtained from metal mold casting. It involves hot isostatic pressing under high temperature and high pressure conditions, utilizing the high-pressure environment to promote atomic diffusion and eliminate casting defects, completely transforming the unstable lamellar microstructure into a stable near-γ microstructure dominated by blocky γ phase. This step replaces the traditional process of water quenching and oil quenching, which are highly prone to cracking and are necessary to destroy the stable lamellar structure. Subsequently, seven cycles of "heating-short-time holding-air cooling" are performed in the upper part of the α+γ two-phase region below the α phase transformation point of the alloy, utilizing the cyclic phase transformation from γ to α to (α+γ) to achieve successive grain splitting and refinement. This invention eliminates the risk of stress cracking during heat treatment at its source, is suitable for complex thin-walled castings, and can obtain a fine-grained near-lamellar microstructure.

The invention discloses an intelligent detector stepping automatic installation device and method for TBM excavation, and relates to the technical field of tunnel advanced detection.The device comprises two mechanical arms arranged on the front portion and the rear portion of a TBM trailer, charging bins are positioned and placed beside the two mechanical arms, the charging bins are used for arranging and inserting a plurality of detectors, and each detector comprises a cylindrical shell; the end part of the cylindrical shell is rotatably provided with a locking nut, and after the cylindrical shell sleeves the outer side of the anchor rod, the locking nut is screwed with the anchor rod in a threaded manner. The detector at the end of the rear anchor rod is detached and placed in the charging bin to be charged through the rear mechanical arm, a closed operation system for rolling cyclic utilization of the detector is integrally formed, the circulating system is stably and cooperatively carried out along with the tunneling work of the TBM, the workload of manual operation is saved in an automatic mode, and the working efficiency is improved. And the dismounting efficiency and the equidistant arrangement precision of the detector are ensured.

The application discloses a double-heating electric heating module, which comprises a water-through box body, a hot water cavity arranged in the water-through box body, a water inlet nozzle and a water outlet nozzle arranged on the water-through box body, a lower frame body, an upper frame body, a lower electrode assembly and an upper electrode assembly, an upper electric heating element arranged on the upper surface of the water-through box body, the upper electric heating element comprising an integrally-formed heating part and an electrode connecting part, the heating part being in surface contact with the upper surface of the water-through box body, the heating part being located above the hot water cavity, and the upper electrode assembly being clamped between the electrode connecting part and the upper frame body; a lower electric heating element arranged on the lower surface of the water-through box body, the lower electrode assembly being clamped between the lower frame body and the lower electric heating element; a water channel separation module arranged in the hot water cavity, a meandering flow-through water channel being formed between the water channel separation module and the hot water cavity, and the water inlet nozzle and the water outlet nozzle being respectively communicated with two ends of the flow-through water channel; the electric heating module has double heating pieces, high heating efficiency and simple and stable overall structure.