8results about How to "Avoid misunderstanding" patented technology

This invention provides a control method and an air conditioner for an air conditioner. The control method includes: determining whether the air conditioner has its fresh air function activated; and, if the fresh air function is activated, acquiring the indoor ambient temperature value, denoted as t. n After acquiring the indoor unit ambient temperature value for a first period of time, the indoor unit ambient temperature value is updated, and t is recorded as t. n =t n+1 The invention controls the indoor fan speed, air guide angle, and set temperature of the air conditioner based on the indoor unit ambient temperature, whether there are users in the target area, and whether the air conditioner's air swing function is activated, in order to prevent condensation from occurring in the indoor unit. This invention solves the technical problem in related technologies where air conditioners easily cause poor user comfort when using the fresh air function due to condensation during fresh air intake.

The application provides a method, device, vehicle and storage medium for scenario mode recommendation, the method comprising: determining whether a vehicle meets a preset condition for recommending a target scenario mode; determining recommendation information associated with the target scenario mode if it is determined that the vehicle meets the preset condition; wherein the recommendation information is used to describe characteristics of the target scenario mode; and displaying the recommendation information and the target scenario mode, so that a user in the vehicle adopts the target scenario mode based on the recommendation information. The method can improve the user's understanding of the recommended target scenario mode based on the determined recommendation information, further improve the user's adoption intention, and improve the user's vehicle experience.

The application relates to a maintenance service evaluation method and device, computer equipment and a storage medium. The maintenance service evaluation method comprises the following steps: obtaining a preset voice inquiry graph; obtaining an evaluation voice of a user, converting the evaluation voice into evaluation text, and inputting the evaluation text into an intention recognition model; obtaining a maintenance record corresponding to the evaluation voice, extracting a keyword in the evaluation text through the intention recognition model, fusing the keyword and a maintenance feature vector in the maintenance record based on an attention mechanism to obtain a fused feature vector; the intention recognition model performs similarity matching on the fused feature vector in a preset question node and an intention node at each level, and if a most matched intention node is obtained, the most matched intention node is taken as a most matched feature vector; and the most matched feature vector and a follow-up result node corresponding to the most matched intention node are fused to obtain an evaluation result. The evaluation method provided by the application provides an evaluation standard and solves the problems of accuracy and consistency.

This application relates to a BIM forward design method for bridges, comprising: establishing a three-dimensional geometric model of the bridge; generating a component identification list based on the names of components in the three-dimensional geometric model; establishing Revit family files for the corresponding components based on the component identification list; importing the current Revit project file to form family instances of the corresponding components; obtaining the design attribute information of the three-dimensional geometric model; generating a design attribute information list corresponding to the component identification list; matching the design attribute information list and the Revit family files to add corresponding design attribute information to the components to obtain a BIM file. This application uses the component identification list generated based on component names as a data hub, connecting the three-dimensional geometric model, Revit family files, and design attribute information, ensuring that the information of a single component is of the same source, guaranteeing the accuracy and consistency of the information. Then, during the BIM forward design process, design attribute information is supplemented to the three-dimensional geometric model, making it conform to BIM standards and transforming it into a qualified BIM file.

The invention discloses a medical image diagnosis report traceability method and system based on a multi-modal large model, relates to the technical field of medical traceability, and solves the problems that cross-modal knowledge migration is blocked and a decision basis is difficult to trace due to lack of natural language explanation ability due to excessive dependence on labeling data of a specific modal in the prior art; the generated content lacks a verifiable physical positioning basis, and direct association between the focus position and the text description is not obviously established. The medical image and the diagnosis report of the same case are acquired; extracting key statements and lesion positions in the diagnosis report by using a medical image multi-modal large model; monitoring the key statement and the focus position; performing visual association between the key statement and the focus position to obtain traceability information; the corresponding lesion area in the image can be quickly positioned, and the specific form, characteristics and the like of the lesion can be checked.

The utility model relates to display technical field discloses a kind of double view double control EL display screen, by using EL display panel, and setting first display area and second display area, and make the display direction of both opposite, can effectively solve the problem that current display screen cannot satisfy synchronous display, positive display and content consistency verification etc. That is, the display screen can present completely consistent content information to two participants simultaneously, ensuring that the information received by both parties is identical, and at the same time, ensuring that the display content observed by both participants is positive display, avoiding the situation of inaccurate information reception caused by content inversion, flipping and other factors due to viewing angle problems. In addition, both participants can clearly observe whether the display content faced by the other party is exactly the same as the content seen by themselves, thereby effectively ensuring the notarization, transparency and accuracy of information interaction, avoiding potential disputes and misunderstandings caused by information bias or concealment.

This invention provides a method for accelerating real-time inference of multimodal large models, relating to the field of data processing technology. The method includes: Step 1, generating a minimum envelope ellipse using the peak point of the first visual attention weight, the second visual coordinate point, and the third visual association point as boundary points, and calculating the ratio of the area to the perimeter of the ellipse as a spatial clustering index. This invention effectively improves the efficiency, accuracy, and resource utilization of real-time inference of multimodal large models by selectively enhancing spatial features, evaluating multidimensional constraint computing power and dynamically scheduling resources, lightweight cross-modal fusion, and multi-step inference attention calibration, combined with real-time decision-making and full-process data-driven evaluation parameters and dynamic updates of the model library. This ensures the real-time performance and reliability of inference results, while continuously optimizing system computing power evaluation and model adaptation, making multimodal inference more aligned with the resource constraints of heterogeneous computing and the real-time and accuracy requirements of actual business operations.

The utility model belongs to the technical field of automobile electronic equipment, and particularly relates to an automobile pixel screen which comprises a shell, a circuit mainboard, LED lamp beads, a grid display cover, a diffusion film and a PC board. The grid display cover is provided with a grid structure, the grid structure is arranged on one side of the LED lamp beads, the diffusion film is arranged on the grid display cover, and the PC board is arranged on one side of the diffusion film and connected to the shell. According to the automobile pixel screen provided by the invention, the LED lamp beads emit light sources, the light sources pass through the grid display cover, the grid display cover independently presents the light sources emitted by each LED lamp bead through the grid structure, and then the effect of the single LED lamp bead is more uniformly presented through the microstructure of the diffusion film to form an image; the image information can clearly indicate the specific driving plan of the vehicle to pedestrians or other vehicles, misunderstanding and traffic chaos are avoided, the potential risk of traffic accidents is reduced, more information can be displayed, and effective interaction between the vehicle and traffic participants outside the vehicle is achieved.