6 results about "State logic" patented technology

The application discloses a kind of excitation regulator system grid-connected logic determination method, it is related to generator set excitation control and power system grid-connected control technical field, wherein the method includes: real-time acquisition includes three kinds of core signals of grid-connected switch combination signal, generator stator current signal, generator terminal voltage signal, and the three kinds of core signals collected are preprocessed;According to the operating characteristics of unit and test demand, set grid-connected state determination criterion parameter;Grid-connected state logic determination is executed to different scene;Based on the result of grid-connected state logic determination, logic optimization and abnormal alarm detection are carried out.The application uses the double core criterion of "combination signal + stator current", effectively resists the signal anomaly caused by contact jitter and loop looseness, avoids the no-load misjudgment when running with load, reduces the risk of reactive power fluctuation and protection misoperation.

This application discloses a data-aware intelligent analysis method, system, storage medium, and computer device. The method includes: receiving a target problem and initializing state information, wherein the state information includes key sub-conclusions, a reasoning state logic diagram, and key data descriptions; a language model-based agent iteratively performs the following operations: obtaining input information for the current step; updating the state information of the current step based on the action and environmental feedback information of the previous step, and making decisions based on the state information of the current step to obtain the action and tools to be invoked for the current step; invoking the tools to execute the action of the current step, and obtaining environmental feedback information for the current step after the action is completed; checking whether the target problem has been analyzed; if not, proceeding to the next loop; if completed, generating analysis results. This method can improve the reasoning ability, response consistency, and interpretability of deep reasoning models.

This invention discloses a dynamic rendering method based on list buttons, belonging to the field of application software development technology. The method includes: modeling the state logic of a behavioral feature set; constructing a button micro-state machine template; binding parameters and performing transition path deduction on the button micro-state machine template to generate a button state mapping package; analyzing the rendering attributes of the button state mapping package and instantiating nodes to construct a button rendering topology tree; capturing trigger events of the button rendering topology tree and performing operation scheduling on the trigger events to generate an execution chain feedback package; performing context correction, decision re-derivation, and local rendering updates on the execution chain feedback package, and outputting an incrementally updated rendering set. This invention models the rendering context dataset using a graph structure and constructs a button micro-state machine template, improving interface response speed and user experience consistency.

The application provides a tri-state inverter circuit and a bus system, and belongs to the technical field of electronic circuits. The first control end of a transmission gate and the first end of a logic module are used for connecting a power supply voltage, the input end of the transmission gate and the second end of the logic module are used for connecting a control signal, and the output end of the transmission gate is connected with the third end of the logic module. The fourth end of the logic module is used for connecting an input logic level. The transmission gate is used for being turned on when the control signal is a high level, and inputting a high level to the logic module. The logic module outputs a target level under the action of the high level, the control signal and the input logic level, and the target level is opposite to the input logic level. The transmission gate is also used for being turned off when the control signal is a low level, and the logic module is suspended under the action of the control signal and the input logic level. The application can reduce the dynamic power consumption of the tri-state logic gate, and further improve the circuit performance of the tri-state logic gate.

The present disclosure relates to the technical field of safety switches, and provides a logic enable switch and a teach pendant. The logic enable switch comprises a switch module and a logic operation module. The switch module is electrically connected to the logic operation module; the switch module is configured to output different switch signals according to different switch states; and the switch states comprise a first state, a second state, and a third state. The logic operation module is configured to perform a logic operation on the basis of a switch signal outputted by the switch module, and output an enable signal or a stop signal on the basis of a logic operation result. When the switch module is switched from the first state to the second state, the logic operation module outputs the enable signal. When the switch module is switched from the second state to the third state, or from the third state to the second state, or from the second state to the first state, the logic operation module outputs the stop signal. The combination of the switch module and the logic operation module achieves the function of a safety switch, thereby reducing safety switch costs.

The application discloses an information processing method and device based on asymmetric polymorphic logic and a physical output control device, and relates to the fields of information processing and logical operation, and comprises the following steps: acquiring input data, processing the input data based on an asymmetric polymorphic logic framework, determining a logic state value, wherein the absolute value of the weight of a negative state in the asymmetric polymorphic logic framework is greater than the absolute value of the weight of a positive state, mapping the logic state value into a physical output control parameter, and outputting a physical control signal based on the physical output control parameter. The application breaks the equal distribution mechanism of traditional symmetric logic, improves the resolution and pre-judgment accuracy of the negative risk dimension, directly maps the logic state value into the physical output control parameter, constructs a technical closed loop from logic evaluation to physical environment intervention, and realizes accurate matching and dynamic cooperation between the intervention means and the internal logic state.