4results about How to "Avoid emergencies" patented technology

The application provides an item hierarchical management method and system based on rail transit, and relates to the field of Internet of Things; the method comprises the following steps: determining each level of item hierarchical management and corresponding management authority; receiving a first user request, and judging whether the first user request belongs to the management authority corresponding to the user level; when the first user request exceeds the management authority, feeding back that the request exceeds the authority; when the first user request belongs to the management authority, determining corresponding item location information; judging whether the item is stored in an item storage unit according to the item location information; when at least one item is stored in the item storage unit, controlling the item storage unit to be opened; when the item is taken out, feeding back multiple location information of the item; receiving a second user request, and generating and feeding back multiple path strategies for obtaining the item according to the second user request. The application fully ensures that the item key can only be taken by multiple users with authority through item hierarchical management, and timely allocation is realized through the location information of the item.

The two-stage slow-release control method of insulin pump injection specifically comprises the following steps: (1) the injection end of the two-stage slow-release insulin patch pump is attached to the skin of the designated area of the human body; (2) the detection mechanism collects the blood glucose concentration and body temperature data of the human body in real time; (3) the insulin pump is started, and the insulin liquid is pumped into the shell according to the injection amount and speed set by the artificial medical order; (4) the flow control of the insulin liquid is realized through the control circuit module, the piezoelectric ceramic mechanism and the flow control mechanism; (5) the insulin liquid is injected into the human body subcutaneously from top to bottom through the injection mechanism; (6) after the insulin liquid is injected, the two-stage slow-release insulin patch pump is removed. The present application can monitor the blood glucose concentration and body temperature of the human body in real time, provide technical support for safe injection, realize two-stage slow-release of the insulin liquid, and realize partition control of the injection of the insulin liquid according to the needs, thereby preventing the occurrence of sudden situations.

This invention proposes an automatic fault detection and repair method and apparatus for GPU nodes. The method includes: real-time acquisition of hardware operation indicators, software status indicators, and resource load indicators of graphics processing unit nodes, and streaming the acquired indicator data to an analysis terminal; performing time-series analysis on the indicator data based on a machine learning model to predict potential fault risks, and comparing the indicator data against thresholds using a preset rule base to identify faults that have occurred, thereby generating fault diagnosis results; matching corresponding repair strategies from a multi-level self-healing strategy library according to the fault type and severity level, and generating execution instructions; responding to the execution instructions, performing corresponding isolation marking, lossless migration of computing tasks, system reset, or resource masking operations on the graphics processing unit nodes, and verifying the node status after the operation is completed to determine whether to restore the node to the cluster or trigger a manual maintenance notification.

This utility model discloses an intelligent water dispensing device and system, relating to the field of smart home technology. The intelligent water dispensing device includes: a processor, a water dispensing control module, a panel-type touch control module, a side-plate-type touch control module, and a support-type touch control module. The panel-type touch control module has at least one function button. A first touch sensor covers the entire outer surface of the side-plate-type touch control module, and a second touch sensor covers the entire outer surface of the support-type touch control module. The processor, in response to trigger signals from the function buttons, controls the water dispensing control module to perform water dispensing tasks, stop water dispensing tasks, temperature adjustment tasks, or flow adjustment tasks; and, in response to trigger signals from the first touch sensor and / or the second touch sensor, controls the water dispensing control module to perform a stop water dispensing task. The technical solution of this utility model can reduce the control difficulty of water dispensing devices and improve their control effect.