7results about How to "Quick configuration" patented technology

The application provides a terminal equipment management system, edge equipment of the terminal equipment management system is connected with terminal equipment and a cloud platform respectively, a data collector is connected with the terminal equipment and the edge equipment respectively; the data collector collects data of the terminal equipment in different states and sends the data to the edge equipment; the edge equipment receives the data, washes the data for validity, and sends the washed data to the cloud platform; the cloud platform obtains type identification information and state information of the terminal equipment according to the washed data, and calls a pre-stored mathematical model corresponding to the type identification information and the state information to process the terminal equipment for management. The application greatly shortens data collection and configuration work of new equipment, and the configuration of the same type of equipment can be quickly realized by using a reuse mode, so that the equipment addition can be completed only by a small amount of operation, the management efficiency is improved, the management effect is improved, and the management cost is reduced.

The utility model provides a kind of high pressure load resistance shelf and load box.High pressure load resistance shelf includes resistance fixing device and the resistance module installed on resistance fixing device.Resistance module includes at least two groups of resistance branch and at least three groups of output terminal.At least two groups of resistance branch and at least three groups of output terminal are electrically connected, and at least two groups of resistance branch include multiple parallelly connected resistances.At least two groups of resistance branch are connected in series / parallel, to realize multi-grade resistance value output.Compared with prior art, the utility model can obtain multi-grade resistance value by the series connection or parallel connection combination between different resistance branch, and the output terminal outputs different resistance value, meets the test demand of high voltage power supply under different load conditions, and provides more comprehensive test result.

The utility model relates to medical liquid preparation technical field, concretely relates to a liquid medicine mixing device, including mixing bin, the top of mixing bin is equipped with feed inlet, the top of mixing bin is installed the sealing plate for the plugging feed inlet, the top fixed mounting of mixing bin has accurate liquid control subassembly, and the side wall fixed connection of mixing bin has the discharge head. The utility model discloses the design of integrated mixing bin, and the mixing of medicine powder and solvent is completed in the closed environment, and medical staff only needs to extract liquid medicine through the needle in the final step, effectively avoids the accidental puncture risk caused by the frequent replacement of needle in traditional operation, and simultaneously reduces the possibility of liquid medicine exposure pollution.

This invention provides a fully digital wireless time and frequency synchronization system and method, applicable to the fields of positioning, navigation, and timing technology. The system includes: a signal transceiver module for bidirectional time transmission with a master node via a wireless channel and recording transmission and reception timestamps; a time measurement module for calculating time and frequency deviations based on the timestamps and generating a digital frequency control word; a microelectromechanical system (MEMS) oscillator module for receiving the frequency control word via a digital interface and adjusting the output frequency in real time; and a synchronizer module for generating a second pulse signal based on the adjusted frequency. The adjusted frequency is fed back to the signal transceiver module as a local clock driver, forming a closed-loop frequency control. This invention deeply integrates high-precision time measurement with a MEMS resonator, achieving fully digital closed-loop control. While maintaining advantages such as small size, low power consumption, and vibration resistance, it significantly improves the transient response speed and long-term stability of frequency synchronization and supports rapid customization of special frequency points.

This utility model relates to a hoisting steel structure component, comprising: an I-beam one, disposed at the bottom of the component; an I-beam two, connected to the upper end of the I-beam one via a connecting structure; an angle steel, connected to the upper end of the I-beam two via a connecting plate; an I-beam three, connected to the upper end of the angle steel via a connecting plate; and a hoisting mechanism connected to the bottom end of the I-beam two. This utility model's hoisting steel structure component adopts an innovative modular design concept, forming a freely expandable structural unit through the rational combination of standardized components such as I-beam one, I-beam two, angle steel, and I-beam three. Multiple structural units can be arranged laterally according to actual engineering needs, enabling the rapid construction of hoisting support systems with different spans and heights. The wire rope mounting plate is equipped with multiple standardized mounting holes, allowing flexible adjustment of the through-plate joint position to adapt to hoisting requirements at different angles. It has demonstrated excellent performance in multiple engineering fields and has broad application prospects.

The present application belongs to the technical field of profile processing, and particularly relates to a flexible heat preservation device for large-size curved profile heat transfer, comprising: a mounting frame; a plurality of heat preservation mechanisms which are detachably mounted on the mounting frame through connecting mechanisms, the heat preservation mechanisms are movably connected with the bottom ends of the connecting mechanisms, the plurality of heat preservation mechanisms are sequentially connected to form a heat preservation space, the heat preservation space is used for accommodating the curved profile, and the bending curvature of the heat preservation space is matched with the bending curvature of the curved profile; the heat preservation mechanism comprises a heat preservation cabin, the heat preservation cabin is movably connected with the bottom end of the connecting mechanism, a sealing mechanism is movably connected to the bottom of the outer side wall of the heat preservation cabin, a positioning and clamping mechanism is arranged in the heat preservation cabin, and a temperature adjusting part is arranged at the top end of the heat preservation cabin. The present application can meet the heat transfer requirements of small-batch, multi-specification and large-size profiles.