17 results about "Human error" patented technology

The application discloses a kind of based on Excel table's multi-table selling equipment remote operation management method, by in management platform preset parameter column of identifying Excel table data, centralizedly fill in the parameter information of multiple equipment to be managed uniformly, operating personnel need not on-site or individually operate each equipment, in management platform processing table data can batch configuration update, reduce operation time and workload, improve management efficiency;Second, management platform can quickly identify table parameter and generate, issue configuration update information, efficient data mechanism makes equipment timely response demand, reduces waiting time, preset parameter column makes parameter setting specification standard, reduces human error probability;Moreover, based on the management mode of Excel table, parameter modification information is recorded in detail, has traceability, is convenient for problem troubleshooting, operation supervision, further guarantee operation accuracy and standardization, reduce human error.

This utility model discloses a nested optical cable distribution box, including a box sleeve with a receiving cavity. A door panel is installed on the front of the box sleeve, and the back of the box sleeve is hollowed out to form an open structure communicating with the receiving cavity. The box sleeve has a cable inlet hole and an optical cable clearance notch communicating with the cable inlet hole. When the original optical cable distribution box becomes damaged due to human error or environmental reasons, it is not necessary to dismantle the entire box structure. The box sleeve of this utility model can be directly nested over the original box. The box sleeve has stronger protective capabilities, resisting external threats such as severe weather, animal bites, and human damage. When the door panel is closed, the box sleeve presents the same appearance as a new box, improving the overall aesthetics. Installation and use are convenient, and the installation process does not affect the original box's business functions.

This invention belongs to the field of valve devices and discloses a handle valve anti-accidental contact device, comprising: a base fixed to the valve body of the handle valve; a limiting component that extends through the base and slides with the base; and a telescopic component disposed in a horizontal through hole in the base. The extensions have limiting holes that cooperate with the telescopic component to restrict the vertical movement of the limiting component relative to the base. The handle valve anti-accidental contact device of this invention achieves adjustable positioning of the limiting component through the cooperation of the telescopic component and the limiting holes. The precise cooperation between the extensions and the handle provides high limiting stability, effectively preventing accidental operation of the equipment by human error, significantly reducing human error, and ensuring the safe and stable operation of the unit.

This application provides an immersive training and assessment system and method for preventing human error during nuclear power plant commissioning. The system includes: an instructor configuration module for receiving and setting training task objectives and human error trap configuration parameters; a procedure generation module, including a large language model, for generating a sequence of basic operating steps based on the training task objectives; a rule engine for analyzing the context of the operating step sequence based on the human error trap configuration parameters, dynamically matching and inserting logically consistent human error traps at key decision nodes to obtain a personalized training procedure containing human error traps; a virtual scene generation module for dynamically constructing and rendering a corresponding virtual nuclear power plant operating environment in response to the personalized training procedure; and a data acquisition and analysis module for determining whether trainees have fallen into traps by comparing operational interaction data with the triggering conditions of preset human error traps in the personalized training procedure, and assessing the compliance of trainees' operating procedures based on whether they have fallen into traps.

This utility model belongs to the technical field of shock absorber seals, specifically a shock absorber seal resistance testing machine. It includes a base plate and: first support frames, symmetrically fixed to the outer top of the base plate, with two first support frames forming a group, arranged symmetrically; a conveying assembly, symmetrically arranged inside the two groups of first support frames, with opposite conveying directions; a second support frame, symmetrically fixed to both sides of the top of the base plate; and a material gripping assembly, located on the inner top of the second support frame, with its gripping end aligned with the conveying assembly. This utility model provides a shock absorber seal resistance testing machine. The automatic loading and unloading of materials via the material gripping assembly and conveying assembly on both sides offers advantages such as improved production efficiency, reduced human error, reduced safety risks, reduced labor costs, enhanced production consistency, and optimized production space.

This application discloses a production line reporting method and electronic device, relating to the field of automation equipment technology. The method includes: acquiring the identification information of materials and auxiliary materials of a target production line, and determining the material information and auxiliary material information; uploading the material information and auxiliary material information to a manufacturing execution system (MES), so that the MES generates an access verification instruction based on the material information and the process status of the target production line; if the access verification instruction allows processing, controlling the target production line to process the materials and auxiliary materials and acquiring processing information; generating reporting information based on the processing information and material information, and uploading the reporting information to the MES. This application achieves automated reporting by introducing a host computer, reducing the risk of human error and improving the accuracy of reporting.

The application discloses a kind of management method and computer device of exchange type hydrogen storage module, the method comprises: in response to the hydrogen storage module data sent by hydrogen storage module exchange station, judge whether hydrogen storage module data meets target condition;In the case where hydrogen storage module data meets target condition, send full hydrogen storage module request to the first target automatic driving vehicle, so that the first target automatic driving vehicle will itself loaded full hydrogen storage module is transported to hydrogen storage module exchange station, to realize to the automatic hydrogen storage module exchange station supplement full hydrogen storage module, improve the management efficiency and accuracy of hydrogen storage module, and, since using automatic driving vehicle, it can reduce the accident caused by fatigue driving, overspeed, human error and other human factors, to improve the safety and intelligent degree of full hydrogen storage module transport.

This invention provides a PLC load monitoring method and related equipment, relating to the field of industrial automation control technology. The method includes: acquiring real-time data during PLC task execution; inputting the real-time data into a trained load prediction model to output real-time prediction results; inputting the real-time prediction results into a dynamic optimization model to output optimization results; and updating relevant parameters of the PLC task based on the optimization results. This method can predict load changes within a preset time period based on real-time data, achieving dynamic load prediction and proactively mitigating the risk of exceeding limits. Furthermore, the automated process of updating the dynamic optimization model and PLC parameters eliminates the need for manual task scheduling adjustments by maintenance personnel. The time from generation to execution of optimization instructions is significantly faster than manual adjustments, and the risk of human error is avoided. This method, through real-time prediction and dynamic optimization, stably controls the PLC load within a safe threshold, preventing task backlog and execution timeouts.

The application discloses a kind of multi-system data fusion train scheduling and power supply scheduling coordination method and architecture, in operational efficiency aspect: through multi-source data fusion, realize the automatic processing of power failure application content, avoid the risk of route missetting, missing and error power stop and send caused by human error;At the same time, all processes are realized electronically and automatically, which greatly improves the utilization rate of planned window operation time;Safety control, through power supply information visualization and operation diagram terminal in the operation diagram, the power supply state of each line and station can be accurately, timely and effectively prompted to the dispatcher, which greatly reduces the number of misoperations caused by the dispatcher's mistake or omission of power supply information;At the same time, safety check conditions are introduced in the whole process to coordinate safety control, which can improve the overall safety.In general, the application significantly improves the efficiency and safety of high-speed rail command and dispatch, and is of great significance to the improvement of high-speed rail command and dispatch level.

This application discloses a hydraulic station pump unit safety maintenance labeling training and assessment system, effectively solving the problem of the lack of an integrated intelligent training system for the "three-party confirmation" process in the safety maintenance labeling operation training and assessment of hydraulic station pump units. This application constructs a hydraulic station pump unit safety maintenance labeling training and assessment system by setting up related operating consoles, power distribution cabinets, and hydraulic station pump units, and provides corresponding training and assessment methods. It adopts a three-in-one mode of "physical operation + virtual feedback + intelligent control," achieving standardized processes that enforce operational sequences and reduce human error, dynamically simulating accident consequences, enhancing risk perception and safety awareness, and enabling automatic scoring and step judgment by the control system, thus saving assessment time and improving training efficiency.

This application relates to a method, apparatus, system, equipment, and storage medium for controlling a cooling water pump in deep well casting, and pertains to the field of deep well casting equipment technology. It aims to at least solve the problem of unplanned shutdowns caused by human error, leading to serious safety hazards due to cooling water loss during deep well casting production. The method includes: real-time acquisition of cooling water pump operating data and the operating status of the deep well casting machine; when a shutdown signal of the cooling water pump is detected, determining whether the operating data meets the operating stop conditions, and determining whether the operating status meets the state stop conditions; and, if both the operating data and the operating status meet the state stop conditions, generating a shutdown command to control the cooling water pump to stop.

The application discloses a kind of mechanism door inspection method and its application, through upper slide frame inspection, thrust frame inspection, reset spring performance detection, lever rocker detection, drive frame detection and repair etc. System standardization method can effectively improve the detection accuracy and detection efficiency of industrial slide type mechanism door, avoid artificial detection missed detection, misdiagnosis problem, realize standardized, repeatable high-quality maintenance, reduce human error, clear replacement standard, improve maintenance quality and equipment service life, suitable for mechanism door maintenance in harsh environment such as high temperature, high pressure, overcome the deficiency that existing mechanism door maintenance process relies on artificial experience, lacks systematic detection and assembly standard, prone to error and security risk.

This utility model relates to the field of destructive physical testing and inspection of aluminum profiles, and discloses a flaring inspection device for aluminum profiles used in railcar traction seats. The device includes a flaring main structure, a cylinder, a positioning fixture, a flaring fixture, a wedge-shaped cone pin, and a conical core. The flaring main structure has a worktable. The cylinder is connected to the flaring main structure, with its hydraulic rod extending out of the cylinder and positioned above the worktable. The positioning fixture is on the upper surface of the worktable. The flaring fixture is positioned on the upper surface of the worktable and inside the traction seat aluminum profile sample. The wedge-shaped cone pin is positioned on the outer surface of the flaring fixture, and the conical core is positioned at the lower end of the hydraulic rod. During operation, the lower end of the conical core presses down on the flaring fixture, pushing it to flare outwards. This utility model avoids the safety hazards and human errors associated with traditional sawing methods and significantly improves testing efficiency and accuracy.

The utility model discloses a kind of batching emptying valve forget to close interlocking device, belong to emptying valve control field. Including control valve, detection module, control module, alarm module etc. By being provided with control module, detection module is used to monitor the pressure, flow condition in conveying pipe, to further can judge emptying operation whether completion, and monitor emptying valve closing condition. In emptying operation completion and emptying valve forget to close condition can be found in time and issue alarm, further can still control emptying valve automatic closing, reduce the dependence on operator, reduce the influence of human error, effectively avoid the material leakage caused by emptying valve forget to close, reduce the probability of occurrence of safety accident, guarantee the life safety of production personnel and the safety of production facility. At the same time, prevent material waste, reduce cleaning, equipment damage maintenance and other additional costs caused by material leakage.

This utility model discloses a bottle clamp height measuring tool, relating to the field of bottle clamp height measurement technology. It includes: a fastening clamp held in place at the observation port of the equipment; a steering arm mounted on the fastening clamp; an assembly plate mounted on the operating end of the steering arm, the assembly plate having a first clamping assembly; and a distance sensor mounted on the first clamping assembly. This utility model, through the fastening clamp and steering arm, precisely adjusts the measuring position of the first clamping assembly. Combined with the distance sensor on the first clamping assembly, it achieves automated and accurate detection of the bottle clamp height and displays the distance value in real time, thus avoiding production and safety problems caused by human error. Furthermore, this application can detect the bottle clamp height in real time during operation, significantly improving equipment maintenance efficiency.

The application is suitable for the field of space launch technology, and provides a ground gas supply and distribution system capable of realizing automatic self-checking, comprising a control system and valve action test gas path modules, pressure reducing valve steady pressure performance test gas path modules, air tightness test gas path modules and pressure transmitter calibration gas path modules electrically connected with the control system; the valve action test gas path modules and the air tightness test gas path modules have the same gas path structure, and share the same set of hardware gas paths; the control system realizes valve action test and air tightness test functions on the hardware gas paths by executing different automatic test processes; the application simplifies the system gas path structure, realizes automatic self-checking of the whole process, greatly reduces the operation intensity of personnel, shortens the test process, reduces human error operation, and improves the system test efficiency and reliability.