16results about How to "Ensure visibility" patented technology

A garment care device and a method for manufacturing the same are disclosed. The disclosed garment care device includes: a main body including a garment care chamber; and a door rotatably coupled to the main body and including a control panel formed on its front surface, wherein the control panel includes: glass; a coating having holes in the glass; a first printed layer laminated on the coating and having a shape corresponding to the coating; and a second printed layer laminated on the first printed layer and provided adjacent to the glass.

The utility model discloses a pressure gauge with protective structure relates to pressure gauge field, the utility model discloses a pressure gauge, the pressure gauge includes the watch body, the watch body's front and back both -ends are provided with fixed base and protective buckle cover respectively, through setting up the slip joint structure of fixed base and protective buckle cover, wherein the slide slot that has the ball is set in the loading groove of fixed base, and the slide of protective buckle cover is through the slide slot and utilizes the through -hole and ball joint and realizes one -way locking, the technical problem of the low efficiency of installation and removal of the pressure gauge with protective structure of existing because of adopting many bolt fastening shell, and the operator needs to spend a lot of time and loosens, tightens bolt one by one, and further increases maintenance and dismounting difficulty, and the heating film, wiring port and button of the sliding cover inner wall, the technical problem of the pressure gauge with protective structure of existing in the humid environment visible port easy to fog and lead to the dial reading unclear.

This invention provides a distributed task scheduling method and apparatus based on task state switching, relating to the field of data processing. The method includes: distributively scheduling multiple tasks according to system service instructions and displaying the task states of the multiple tasks in a graphical user interface; responding to a state switching operation for a target task among the multiple tasks, mapping the target TCB and target key state fields corresponding to the target task to a writable memory region within the process in shared memory according to the state switching operation; modifying the state parameters in the writable memory region within the process online using atomic operations corresponding to memory barriers based on the target TCB and target key state fields; responding to the memory modification event corresponding to the completion of the state parameter modification, continuously polling the executor corresponding to the target task and sensing the state change through notification of the memory modification event, and adjusting the executor's own behavior according to the sensed state change.

This invention relates to the technical field of concealed pipeline mapping, and in particular to an auxiliary device for rapid three-dimensional coordinate positioning of concealed pipelines in installation projects. The invention includes a mother drone equipped with a probe and camera mounted on it. A marking nozzle is connected to the mother drone, and the marking nozzle is connected to and installed on a daughter drone. The mother drone connects the marking nozzle and the daughter drone via a flexible hose and power cable. The device uses a mother drone integrating a probe and camera, enabling multi-angle, omnidirectional spatial scanning and image acquisition of concealed pipelines. This achieves rapid and accurate three-dimensional coordinate positioning of the concealed pipelines, significantly improving the accuracy and reliability of the positioning. The mother drone connects the marking nozzle and the daughter drone via a flexible hose and power cable, enabling remote synchronous control. The daughter drone can flexibly move to the pipeline positioning point and automatically complete on-site marking, avoiding errors associated with traditional manual line drawing and improving the accuracy and consistency of the marking.

The application relates to the technical field of computer vision, and discloses a spliced image rectangularization method and system based on a diffusion model, which comprises the following steps: S1, collecting a data set; S2, establishing a diffusion model, wherein the diffusion model comprises a motion diffusion model module and a content diffusion model module; S3, training the motion diffusion model module and the content diffusion model module in the diffusion model by using a loss function and a training set to generate a trained diffusion model; and S4, collecting a spliced picture needing to be corrected and inputting the spliced picture into the trained diffusion model to generate a repaired rectangular picture. The system comprises a data set collecting unit, a model establishing unit, a model training unit and a repaired picture generating unit. The application also discloses an electronic device and a computer readable storage medium. The innovative method ensures the accuracy of geometric boundaries and overall visual appeal, and surpasses the performance of previous methods in quantitative and qualitative aspects.

The utility model discloses a bidirectional transmission LED support, which relates to the technical field of LED supports and comprises a circuit layer and a covering layer which are positioned and laminated. Metal bonding pads are distributed on the two faces of the circuit layer, metalized through holes are formed in the circuit layer, and the metal bonding pads on the two faces can be connected through the metalized through holes, so that use of copper foil of a PCB in electronic assembly is reduced, the material cost is reduced, the manufacturing process of the support is simplified, the machining difficulty is reduced, and the production efficiency is improved. Therefore, the overall manufacturing cost is effectively controlled, the function of data transmission at any end in the transmission direction of the display screen is achieved, breakpoint continuous transmission is supported, and the flexibility and reliability of data transmission are improved.

The invention discloses an image rain removal method based on phase perception and dynamic optimization, and the method comprises the steps: constructing a phase perception dynamic rain removal network, converting a rain-containing image into a rain-containing image of a large-resolution flow, a medium-resolution flow and a small-resolution flow, and carrying out the parallel processing of the rain-containing image; channel attention operation is carried out on space, frequency and biological visual features to generate multi-modal fusion features, the multi-modal fusion features are combined with rain-containing image input features of various resolutions to generate decoding features, details are reconstructed through INR after fusion, preliminary rain removal features are output, and raindrop complexity is evaluated to dynamically optimize and output rain removal images; when the phase perception dynamic rain removal network is trained, network parameters are optimized through a composite loss function; and inputting a to-be-processed rain-containing image into the trained phase perception dynamic rain removal network for multi-scale feature processing and dynamic optimization refinement, and outputting a clear image after rain removal. According to the invention, multi-modal feature fusion, dynamic rain condition adaptation and high-precision detail recovery are realized.

This invention discloses a pure vision-based 3D reconstruction and adaptive completion method in a collapse environment, belonging to the field of computer vision and emergency rescue 3D reconstruction technology. The method completes initial 3D reconstruction by acquiring data through binocular vision, constructs an anisotropic point cloud density distribution field to achieve accurate detection of low-density blind spots, establishes safe and reachable spatial constraints based on an implicit distance field, and optimizes the completion viewpoint by fusing an observability model. Map iteration is completed through local reconstruction and point cloud updates, and a closed-loop completion mechanism is formed using point cloud density as feedback until the reconstructed model meets the integrity requirements. This invention solves the problems of permanent voids in reconstruction caused by viewpoint blind spots, poor consistency between completion results and the real scene, and insufficient safety in the reconstruction process in existing technologies in collapse environments. It can achieve complete and high-precision autonomous reconstruction of 3D models of collapse disaster sites, providing reliable spatial data support for emergency rescue decision-making.

The invention provides a three-dimensional scene reconstruction method and device, electronic equipment and a storage medium, and relates to the technical field of three-dimensional modeling. The method comprises the following steps: acquiring an inclined image data set; according to the inclined image data set, an initial three-dimensional scene model is constructed, and the initial three-dimensional scene model comprises a vehicle; converting the initial three-dimensional scene model into original three-dimensional point cloud data, and filtering the original three-dimensional point cloud data to obtain a ground point cloud set and non-ground point cloud data; vehicle point cloud data are recognized from the non-ground point cloud data, the vehicle point cloud data are removed from the original three-dimensional point cloud data, the point cloud data after vehicle removal are obtained, three-dimensional reconstruction is carried out based on the point cloud data after vehicle removal, a three-dimensional scene model is generated, the three-dimensional scene model does not contain vehicles, and the three-dimensional scene model does not contain the vehicles. The spatial consistency and visual authenticity of the final three-dimensional scene model are ensured, and the problems of three-dimensional reconstruction distortion, texture disorder, structure distortion and the like caused by the existence of road vehicles in the prior art are solved.

The utility model discloses a solar cold-resistant intelligent luminous traffic sign, and relates to the technical field of traffic safety and new energy application. In order to overcome the technical defect that a traffic sign board scheme which can adapt to an extremely cold environment, realize intelligent power consumption management, have remote monitoring capability and emit light stably is lacked in the prior art, the technical scheme provided by the utility model is as follows: the solar cold-resistant intelligent light-emitting traffic sign board comprises a solar cell panel, the power supply is mounted at the top of the signboard and used for collecting light energy; the light-emitting signboard is arranged on the supporting structure, is internally provided with an LED light-emitting assembly and is used for displaying traffic sign information; the control module is used for adjusting the luminance according to the illumination intensity and controlling the operation state; and the cylindrical supporting steel pipe is used for supporting the luminous signboard, is provided with a flange plate at the bottom and is fixedly connected with the ground. The system can be used in a road traffic sign illumination and intelligent monitoring system in a cold region.

A kind of inflatable evacuation platform system of quick deployment, including one or more mutual series evacuation platform, the evacuation platform includes main frame, inflatable support air bag, drive cylinder and inflation device;Slide rail is arranged between the main frame and the ground of tunnel, the inflatable support air bag is arranged on the main frame, the inflatable support air bag includes several section air bags, each section air bag is connected by air passage, one end of the inflatable support air bag is fixedly connected with the side of the main frame, support partition is arranged between each section air bag;The drive cylinder is fixedly connected with the main frame, the drive rod of the drive cylinder is fixedly connected with the side wall of tunnel;The inflatable support air bag is connected with the inflation device.

The invention discloses a mine low-light image enhancement denoising method and system based on a wavelet diffusion model, and the method comprises the steps: an initial state mapping and condition embedding module which is used for splicing an input low-light image and a noise distribution diagram, mapping the spliced low-light image and noise distribution diagram to a high-dimensional hidden space, and outputting a high-dimensional feature tensor; the time-frequency sensing and feature decoupling module is used for realizing time domain control and frequency domain separation; the double-current parallel adaptive enhancement module is used for processing the low-frequency characteristic component and the high-frequency characteristic component; the self-adaptive feature alignment module is used for mapping low-frequency and high-frequency feature values to a unified distribution reference, dynamically adjusting a scaling gain and eliminating reconstruction noise; and the dynamic reconstruction and imaging output module is used for realizing dynamic task scheduling, space restoration and artifact elimination after restoration. According to the method, dual optimization of enhanced quality and operation efficiency can be realized, non-uniform noise is accurately suppressed, illumination is balanced, and the problems of out-of-control image brightness, color cast, insufficient reliability and the like are solved on the premise of not depending on pairwise data.

The utility model discloses an air conditioner, which comprises a wire controller, the wire controller comprises a screen module, the screen module comprises a screen component and a backlight support frame, the screen component is mounted on the backlight support frame, and the backlight support frame is made of non-metal materials; the WiFi module is provided with an onboard antenna in an integrated manner; a drive-by-wire mainboard; the conductive cloth is attached to the side face, away from the screen module, of the backlight supporting frame, the drive-by-wire mainboard and the WiFi module are both located on the side, away from the backlight supporting frame, of the conductive cloth, the conductive cloth is provided with a first avoiding part for avoiding the onboard antenna, and an electric connection part is arranged on the conductive cloth; the FPC board is connected with the drive-by-wire main board, is attached with conductive cloth, extends towards the side surface of the drive-by-wire main board so as to be electrically connected with the electric connecting part, and then extends to be connected with the screen module; and the mounting shell is used for mounting the backlight support frame and the drive-by-wire mainboard. According to the utility model, normal sending and receiving of signals of the WiFi module can be ensured, light leakage of the screen module is avoided, and the screen module is helped to release interference signals.

Embodiments of the present application provide a display device preparation method and a display device. The display device preparation method comprises preparing a display unit of the display device. In the display unit, a main screen and a secondary screen are connected. The main screen has a first outer frame area, and the secondary screen has a first inner frame area. An opening area is formed between the first outer frame area and the first inner frame area. The display unit has an evaporation area on the opening area. The first outer frame area and the first inner frame area are both connected with the evaporation area. The evaporation area on the display unit is removed to obtain the display device. When facing the main screen and the secondary screen with different curvatures, the evaporation area supports and fills the opening area between the first outer frame area and the first inner frame area, so that the mask does not appear in the relatively fragile acute angle area at the connection of the main screen and the secondary screen, thereby avoiding the problems of mask sagging or deformation under the action of gravity.

[Problem] To provide an apparatus that can ensure diagnostic imaging performance while improving the visibility of flickering screen patterns in B-mode images. [Solution] An apparatus for displaying an image I, comprising a processor and a display 8. The processor is configured to display on the display 8 a first B-mode image BI1 and a second B-mode image BI2 created based on echo signals of ultrasound pulses acquired from an object. The first B-mode image BI1 and the second B-mode image BI2 displayed on the display 8 are moving images, and the first B-mode image BI1 and the second B-mode image BI2 forming each frame of the moving image are created based on the same echo signal. The second B-mode image BI2 is displayed as smaller than the first B-mode image BI1.

The application discloses an interactive control method and system of a vehicle-mounted physical button and electronic equipment and belongs to the technical field of a vehicle-mounted intelligent cabin. The method comprises the following steps: collecting an operation signal of the physical button and analyzing button information; determining an operation type according to a pre-stored button function mapping relationship; generating a echo shielding instruction to control a display end not to trigger echo when the operation type is a first operation type; obtaining standardized echo content and generating an echo instruction when the operation type is a second operation type; querying display component configuration information related to the corresponding function in a current user interface to determine whether there is a target display component that has been configured and can be called; and displaying the standardized echo content in a corresponding echo mode according to the determination result. The above scheme realizes differentiated echo control by classifying button operations, and adaptively selects an echo mode in combination with an interface layout, thereby solving the problems of screen echo redundancy, unclear information and poor adaptability after vehicle-mounted physical button operation, and improving the interactive experience.