10results about How to "Simple input" patented technology

The invention provides a product classification model training and predicting method based on a digital human, and belongs to the technical field of product classification and digital human. The training method comprises a training corpus collection step, a training corpus classification step, a digital human generation step, a model training step and a digital human model association step. The prediction method comprises the following steps: S710, receiving information of a to-be-classified product input by a user; s720, analyzing the information of the to-be-classified products to obtain a plurality of semantic segmented words; s730, taking the semantic segmented words as the input of the target product classification model; and S740, outputting a product classification result through a digital human model associated with the target product classification model. According to the technical scheme provided by the invention, the output result of the target product classification model can be output through the digital human, so that the output information of the product classification result is richer and more visual, the generated digital human model and the product classification model also have relatively strong relevance, and the user experience is good.

The invention discloses a gate opening conversion method under a flow scheduling condition, and the method comprises the steps: determining an initial gate opening, and calculating a scheduling gate opening corresponding to a target scheduling flow; according to the relation between the initial gate opening degree and the dispatching gate opening degree, the gate opening degree is linearly changed from the initial gate opening degree to the dispatching gate opening degree according to the set speed; and in each gate adjustment process, recalculating the actual gate passing flow corresponding to the current gate opening, starting a correction mechanism to carry out fine adjustment on the scheduling gate opening according to the relationship between the actual gate passing flow and the target scheduling flow, and repeatedly executing the gate adjustment process until the target scheduling flow is reached. According to the method, the flow scheduling target of a management layer is met, the actual gate adjustment action of a base layer is achieved, the real-time performance of gate passing flow calculation is guaranteed, and the method is better fused with a channel hydrodynamic simulation model.

This application relates to an assembly device for an EPB transmission structure, specifically within the technical field of EPB power heads. The assembly device includes a conveyor line, a fixture, a clamping mechanism, a robotic arm, and an oiling mechanism. The fixture positions the housing and places it on the conveyor line for transport. The clamping mechanism presses against the housing for positioning. The oiling mechanism includes an oiling ring mounted on a mounting frame with multiple oiling holes arranged in a circular array inside; and a conveyor belt that transports gears at intervals. This application utilizes a robotic arm to grasp and drive the transport gears, and the multiple oiling holes in the oiling ring, in conjunction with the gear rotation, uniformly add lubricating oil to the gears. After adding oil, the gear rotation causes excess lubricating oil to flow back into the oiling ring, improving assembly efficiency and oiling quality while reducing lubricating oil waste and the risk of environmental pollution.

This invention discloses a fuzzy PID control method for suppressing the rebound of a tethered towed system, belonging to the field of spacecraft dynamics and control. The implementation method involves: constructing a simplified model of the tethered towed system; introducing fuzzy control into the PID control; and calculating the control force to be applied to the tether by observing the error and rate of change between the distance between the tether and the space debris and the desired distance. This control force is then applied to the tether to actively control the tethered towed system, bringing the distance between the tether and the space debris closer to the desired state, thus suppressing the rebound of the tethered towed system. This invention can calculate the control force to be applied to the tether simply by observing the error and rate of change between the distance between the tether and the space debris and the desired distance, offering advantages such as simple control method, low computational load, high operability, and strong robustness. This invention can suppress the rebound of the tethered towed system, ensuring its safe and stable operation.

Provided is a power converter capable of easily performing the same input as an input from a digital input terminal. The power converter includes an input terminal for inputting an input signal in either an on or off state, a first operation key for accepting an operation, and a control section, wherein the control section performs a first process selected from a plurality of input process candidates by setting according to the input signal input to the input terminal, and in the case where the first operation key is pressed, the control section performs either a standard process set in advance or a second process selected from the plurality of input process candidates by setting according to a state at the time of pressing the first operation key.

A droplet discharge head has an actuator (Ac) that is driven in accordance with a voltage supplied thereto, and imparts a pressure variation to a liquid to discharge a droplet, and a power supply circuit to the actuator (Ac). The power supply circuit has an input path (101c) to supply power at a voltage (VLb), and an input path (102) to supply power at a voltage (VH) greater than the voltage (VLb). The input path (101c) has a reverse flow prevention element (DI1) to prevent application of the voltage (VH), and an element (C1) having no voltage resistance performance to the voltage (VH) located on a side opposite to the reverse flow prevention element (DI1) from a connection point (P) of the input path (101c) and the input path (102).

The invention relates to the technical field of aviation fuel, and discloses a combustion characteristic rapid prediction method suitable for sustainable aviation fuel, comprising the following steps: step 1, acquiring fuel molecules of the sustainable aviation fuel and fuel composition data thereof; two-dimensional structure data and combustion test data of the fuel molecules are obtained, and then a fuel molecule database is formed; 2, on the basis of the two-dimensional structure data, a quantum chemistry calculation method is adopted, and basic reaction descriptors of corresponding hydrocarbon molecules are obtained; based on combustion test data, screening to obtain a physical descriptor; 3, a correlation analysis method is adopted, and target descriptors are obtained through screening; step 4, performing multi-model prediction based on the target descriptor in combination with combustion conditions; and calculating the accuracy index of each model, and screening to obtain an optimal model to predict the combustion characteristics. According to the method, the combustion characteristics of the sustainable aviation fuel can be accurately and efficiently predicted, and the prediction reliability is high.

The invention relates to a test method and system based on classified running of microinstructions, a terminal and a storage medium, and relates to the technical field of tests.The method comprises the steps that in response to received step instructions, the microinstructions in the step instructions are classified, the classification priorities of the microinstructions are determined, and the step instructions further comprise test instructions; in response to the fact that the test starting condition is met, reading the microinstructions in sequence according to the classification priority; running the microinstruction according to the classification priority to obtain a special execution state of the test instruction, the special execution state being used for representing a test logic of the test instruction; and reading and executing the test instruction according to the special execution state to obtain a test result of the electronic component. The method and the device have the effect of simplifying setting of step instructions.

The invention relates to an interactive photovoltaic power station automatic management method and system, and the work of the system is based on the abnormality detection of a photovoltaic power station, forms a linguistic inquiry instruction when an abnormality occurs, sends the inquiry instruction to a user, and enables the user to confirm the state related to the abnormality. According to the method, abnormal false alarms caused by the environment can be eliminated through reciprocating effective interaction with a user according to the conditions such as the environment, manual power utilization adjustment and external damage of equipment, so that the processing efficiency of the abnormal state is improved, the investment of manpower and material resources is saved, the operation and maintenance cost is reduced, and the user experience can be effectively improved.

The utility model discloses a gamepad capable of switching key identification, which comprises a shell and a key, at least part of the key penetrates out of the surface of the shell, the key comprises a light source assembly, a control device, a grating sheet and a key cap, and the light source assembly emits a first group of light rays or a second group of light rays; the control device is electrically connected to the light source assembly and controls the light source assembly to emit a first group of light rays or a second group of light rays in response to input of a user; the grating sheet is arranged on a light path where the first group of light rays and a light path where the second group of light rays are located, and refracts or reflects the first group of light rays or the second group of light rays; at least part of the keycap is transparent or semitransparent, a first group of light rays refracted or reflected by the grating sheet pass through the keycap to form a first key identifier at the top of the keycap, and a second group of light rays refracted or reflected by the grating sheet pass through the keycap to form a second key identifier at the top of the keycap.