6results about How to "Eliminate manual errors" patented technology

This utility model discloses a compressor coil height clamping device, including a top electrical control box, a lower frame, a field line, and a lifting platform. The field line has a first workstation and a second workstation, and a movable tooling tray along the line that carries the compressor coil. The lifting platform is used to lift the tooling tray to a preset height. A height correction mechanism, including a forward-pushing cylinder and an upper limit mechanism, is located on the upper side of the tooling tray. The forward-pushing cylinder drives the height correction mechanism to extend and correct the height of the compressor coil, while the upper limit mechanism presses down to fix the corrected height. A clamping mechanism, including a lower clamping cylinder, is located on the lower side of the tooling tray. The lower clamping cylinder moves upward and clamps the internal exhaust pipe of the compressor coil. This technical solution achieves full automation of coil height positioning accuracy and clamping operation, effectively eliminating manual operation errors, ensuring consistent coil installation height, improving production efficiency, and reducing rework rate and operator workload.

The application discloses a kind of medical sodium chloride production equipment parameter optimization regulation and control systems and its production equipment, belong to industrial intelligent control technical field, including concentration real-time inversion, metastable zone optimal supersaturation control, nucleation rate real-time calculation, jam risk pre-judgment module and several modules of collaborative control, realize the real-time perception of concentration, impurity, growth state by multimodal in-situ detection, combined with the dynamic adjustment of supersaturation of impurity characteristics, identify nucleation and jam risk in advance and adjust evaporation rate, improve control accuracy and production continuity.The application realizes process state non-interference real-time perception by fusing raman and ultrasonic multimodal in-situ detection, through the multidimensional cooperation of dynamic supersaturation control, nucleation risk prediction, jam pre-disposal, both avoid fine crystal outbreak and guarantee growth efficiency, change after-the-fact shutdown cleaning to prior intervention, significantly improve production continuity and product quality stability, reduce operation and maintenance cost.

This invention discloses a disc-shaped microfluidic chip detection kit and method, relating to the field of rapid food safety detection. A disc-shaped substrate has a ring-shaped central flow channel, and in the direction of rotation towards the central flow channel, a lysis buffer chamber, an elution buffer chamber, a first washing buffer chamber, a second washing buffer chamber, and a magnetic bead reagent chamber are arranged in a ring-shaped sequence. At least four reaction chambers are arranged in a ring-shaped interval in the direction away from the rotation axis of the central flow channel. A ring magnet is positioned on the bottom plate facing the central flow channel, and a pin for opening a contact valve is arranged around the periphery of the ring magnet. Two types of heating plates with temperature differences are respectively positioned on the heating plate facing the reaction chambers. This invention relies on centrifugal force to achieve autonomous fluid drive, combined with constant temperature zone control to complete rapid amplification. It not only eliminates cross-contamination problems caused by magnetic bead transport at the structural level, but also achieves a high degree of integration of the entire process from nucleic acid extraction to fluorescence amplification, effectively improving the overall detection efficiency of pathogens.

This invention discloses an automated reference volumetric measurement system and method for performance evaluation of a water electrolysis hydrogen production system, relating to the field of gas flow metering and performance testing. The system includes: a main inlet pipe, a main outlet pipe, multiple reference measurement units connected in parallel between the two, an intelligent fluid switching matrix for controlling gas flow and direction, and a controller electrically connected to the reference measurement units and the intelligent fluid switching matrix. The reference measurement units are used to collect temperature-time series data and pressure-time series data in real time. The controller controls the valves in the intelligent fluid switching matrix to operate according to a predetermined sequence, enabling the multiple reference measurement units to perform cyclic relay volumetric measurements within the evaluation period. The average flow rate within the evaluation period is calculated based on the temperature-time series data and pressure-time series data collected by each reference measurement unit in each cycle. This invention enables automated, high-precision measurement in high-flow-rate scenarios.

A sheet metal processing device with adhesive attachments, belonging to the field of machining equipment technology, aims to solve the problems of excessive manual intervention, low positioning accuracy, and poor production efficiency in existing sheet metal and attachment bonding processes. The device includes a conveyor belt, on which a first robotic arm, a gluing device, a sensor, an L-shaped calibration block, a second robotic arm, and a top pressure plate are sequentially mounted. Sheet metal storage platforms, receiving platforms, and attachment storage platforms are respectively located at both ends and the sides of the conveyor belt. The robotic arm's execution terminal is a vacuum suction cup. Through the coordinated operation of these components, the device automates the processes of sheet metal feeding, gluing, positioning, attachment bonding, compaction, and receiving, improving processing accuracy and efficiency while preventing workpiece damage.