38 results about "Remote display" patented technology

A computer system for remote interactive graphical display and data management includes a data storage device storing data records, a remote data acquisition computer configured to selectively trigger display actions for the data records based on at least a time-based rule and a time-independent rule; a classification engine configured to classify a response received from a remote display interface having user-selectable options arranged to define a scale of values, in one of two categories, a first category and a second category, being below a first threshold value being classified as being in the first category, and responses on the scale above a second threshold value being in the second category, and a display interface generator configured to selectively generate a supplemental interface or a conclusion message dependent on the category.

The invention discloses a multi-channel virtual desktop remote display method and system and a storage medium, and belongs to the technical field of data processing. The method comprises the steps that S1, a server simulates a virtual display device, a virtual input device and a virtual sound card device for each virtual desktop; s2, a client is connected to the server through a network to start a remote display server for each virtual desktop; s3, establishing a plurality of channels between the client and the remote display server; s4, the remote display server transmits the virtual desktop data to the client; s5, the client remotely displays and controls the virtual desktop; a virtual desktop video area detection method is adopted, a dynamic video playing area and a static image area on a virtual desktop are distinguished, virtual desktop data in the dynamic video playing area are compressed by using a video compression algorithm, and virtual desktop data in the static image area are compressed by using an image compression algorithm to realize classified compression. And the network bandwidth is saved.

The present application relates to sand dust collection monitoring device field, specifically to a butterfly type sandstorm concentration level flux real-time dynamic collection monitoring device, including fixed protection cylinder, centrifugal sand dust inlet, rotating sand dust separation cylinder, wind sand separation pipe, wind sand separation exhaust pipe, exhaust pipe, high mesh exhaust dust screen, stainless steel conical pipe, round pipe shaft, upper rotating bearing, wind vane indicating screw, adjustable balance hammer, butterfly type wind vane rudder, fixed wind vane screw, lower fixed bearing, upper and lower connection tower buckle, can take the weighing bottle, the sand dust collection cup is placed on high-precision weighing sensor in the protection weighing bottle cylinder, real-time weighing through the weighing transmitter, data transmission to remote display screen for storage, through data remote antenna, send to laboratory terminal real-time observation sand dust concentration change, thereby realize long-term fixed point in unattended or sandstorm specific environment obtains the collection of dust particle concentration in different height different direction unit time unit area.

The application relates to the technical field of computers and discloses a full-movement simulator fault self-recovery optimization method and system, an electronic device and a storage medium. The method comprises the following steps: collecting multi-dimensional state data, identifying a fault type and locating a root cause, performing cross verification and confirmation through remote display picture and local rendering data comparison, performing hierarchical self-recovery according to the fault type and the severity, backing up configuration, cache and log to support rollback, performing bidirectional connectivity test and link health degree evaluation on network faults, executing adapter reset, driver reload and master / standby link / network port switching and outputting deterioration early warning, grading and caching terrain data according to distance, preloading tiles in combination with flight situation to predict a path range, regularly cleaning the cache and synchronizing with a data source, controlling a start timing based on a node dependency relationship and adjusting parameters in a maintenance mode, training a time sequence feature model based on historical fault data to realize trend early warning and preventive maintenance, and archiving disposal data to update a diagnosis rule and a self-recovery strategy.

The invention relates to an endoscope wherein the reusable part is inserted almost entirely into the hollow pistol handle of the disposable part, the protruding part of the reusable part and the adjacent part of the handle being covered by a flexible and elastic cover. The same cover covers the open end of the handle when the disposable part is shipped from the production site. At the user, the medical professional tears open the bag, removes the cover from the handle, inserts the reusable part and covers the rear end of the reusable part and the adjacent part of the handle with the same cover. Usually, a remote display is connected to the endoscope, either wirelessly or by cable, the connector passing through a hole in the cover, configured to prevent liquid from entering around the connector. Wireless transmission preferably uses a proprietary protocol, to maintain the confidentiality of the medical data.

The present disclosure discloses a data acquisition, transmission, display and control system for an island-based fish farm, which can be remotely displayed and controlled on an island, and can be viewed on mobile terminals such as mobile phones through the Internet. The system is convenient to use and advanced.

Vehicle, including: a large number of cameras configured to capture images of a vehicle's surroundings; a communication system wirelessly connected to a remote display; and a processor configured to: Assembling the images; Determine, via the communication system, a relative position of the remote display in relation to the vehicle; Determining a vehicle view based on the composite images and the determined relative position; and Transferring the vehicle's view to the remote display.

The present disclosure encompasses technical advancements for distributed operating systems in which the mobile device is a controller and the smart television becomes a display of a system in which message transmission, stream propagation and computing processes are stored in the cloud or in decentralized managed operating systems.

The invention relates to the technical field of white carbon black moisture detection, and discloses a near-infrared light-based moisture detection device for white carbon black production, which comprises a blanking pipe mounted below a material rotary valve, a sight glass pipeline is mounted on the surface of the blanking pipe, high borosilicate tempered glass is mounted on the sight glass pipeline, and a near-infrared light source is mounted on the high borosilicate tempered glass. A mounting rod, a detection mechanism and a remote transmission display mechanism are arranged on one side of the discharging pipe, and a mounting adjusting mechanism is arranged on the detection mechanism and used for mounting the detection mechanism on the mounting rod. A light source in the detection mechanism emits specific near-infrared light, the specific near-infrared light is irradiated on a white carbon black material through a light filtering rotating wheel and a reflecting mirror, part of the near-infrared light is absorbed by white carbon black, the other part of the near-infrared light is scattered and then gathered into a near-infrared sensor through a concave mirror, and the near-infrared light is matched with a remote transmission display mechanism to be connected with a DCS (Distributed Control System), so that the detection operation is realized.

Techniques for managing application variants in a content connectivity session are described. For example, a client device initiates a content connectivity session between the client device and a remote display device. An input is received to initiate display of an application that is configured for use with the client device. For instance, the application is adapted for use with processing, display, and interface settings of the client device. The client device then detects and launches an alternative version of the application that is adapted for use with the remote display device. For instance, the alternative version of the application is adapted for use with processing, display, and interface settings of the remote display device. The client device then causes digital content depicted by the alternative version of the application to be displayed by the remote display device.

An ergonomic, slim kit for injecting a medicament into an internal passage of a patient for treating conditions such as stress urinary incontinence (SUI) includes a sheath and a cannula having a distal portion dimensioned to form a tubular space for fluid flow between an exterior of the cannula and an interior of the sheath. Preferably, the sheath is integrally formed as a unit that includes a sheath tube, a needle passage, and a needle access port. A display may be mechanically mounted to a handle to which the cannula is secured, or the handle may wirelessly transmit images captured by the cannula distal imaging module to a remote display.

The invention relates to the technical field of remote desktops, in particular to a method and system for remotely displaying a desktop image of target equipment. The method comprises the following steps: acquiring a first desktop image of the target equipment; identifying the first desktop image, and converting a part of the first desktop image into text data according to an identification result; the textual data is sent to a remote device, the textual data being capable of being processed to be used to generate a second desktop image on the remote device, the second desktop image including display content corresponding to the portion of the image. According to the embodiment of the invention, the desktop image of the target equipment is converted into the text data, and the desktop image is regenerated on the remote equipment, so that the dependence of a traditional remote desktop technology on image compression is effectively avoided, and especially under the condition that the network bandwidth is limited, a higher data transmission speed can be realized, and the use efficiency of the remote desktop is improved.

Various embodiments of the present disclosure relate to a projector and a method for transmitting a touch input to a remote display device. To this end, the projector may: determine whether the projector is communicatively connected to a display device; and, if the projector is communicatively connected to the display device, receive, from the display device, a third output screen including at least one user interface object, project an image of the third output screen, obtain a user touch input with respect to the third output screen, and transmit third control data corresponding to the user touch input to the display device.

The invention relates to the technical field of computers, and discloses a fault self-healing optimization method and system for an all-motion simulator, electronic equipment and a storage medium. Comprising the following steps: collecting multi-dimensional state data, identifying a fault type and positioning a root cause, and comparing a remote display picture with local rendering data to carry out cross check confirmation; executing hierarchical self-healing, backup configuration, caching and logging according to fault types and severity to support rollback; performing bidirectional connectivity test and link health degree evaluation for network faults, executing adapter reset, driving heavy load and main and standby link / network port switching, and outputting degradation early warning; caching the topographic data in a grading manner according to the distance, pre-loading tiles in combination with a flight situation prediction path range, regularly cleaning the cache, and synchronizing with a data source; controlling a starting time sequence based on the node dependency relationship and adjusting parameters in a maintenance mode; and training a time sequence characteristic model based on historical fault data to realize trend early warning and preventive maintenance, and filing and processing data to update a diagnosis rule and a self-healing strategy.

System and methods for delivering an interactive game room experience featuring illuminated floor and wall tiles equipped with capacitive sensors. These tiles activate when players come within one to two inches, eliminating the need for physical contact and reducing the risk of injury or damage associated with prior art. This innovation enhances safety and durability while maintaining high interactivity. The game room includes enclosed spaces with color-changing tiles that respond to player proximity, ensuring longevity and continuous use. Controlled by an all-in-one personal computer, the system provides game information on remote displays and manages communication between controllers, receivers, and LED tiles. Each tile features low-power RGB LED nodes in durable, water-resistant casings, ensuring efficiency and resilience. This invention provides a safe, durable, and engaging environment for immersive gaming scenarios.

The invention belongs to the technical field of live broadcast systems, and discloses a panoramic medical view system and an operation medical view method, and the system comprises a picture collection device which comprises a multi-path camera and is used for collecting operation related video pictures at multiple angles; the system host is connected with the cameras and is provided with a wireless transmitter I; the equipment platform car is used for bearing the picture acquisition equipment and the system host; and the remote display end is provided with a wireless transmitter II. According to the scheme, experience and knowledge are shared through remote live broadcast, on-site teaching is more efficient and vivid, and more learning opportunities and practical experience can be provided for learners; surgical skill practice needs field and experience guidance, and remote live broadcast technology makes remote surgical training possible. A doctor with rich experience can teach field operation skills to a green hand through remote live broadcast, operating room operation of a remote assistant is achieved, and operation of the doctor is assisted; and limitation of cooperation inside and outside the hospital is reduced.

The present application belongs to the technical field of remote display of self-moving equipment, and discloses a remote picture display method, a self-moving equipment and a readable storage medium. The method comprises the following steps: acquiring real-time pictures of multiple angles shot by multiple cameras in the self-moving equipment; one camera shoots a real-time picture of one angle; after image synthesis of the multiple real-time pictures, a synthesized picture is obtained; after the synthesized picture is remotely transmitted to a display device of a user, the synthesized picture is displayed in real time on a corresponding display area of the display device. After the synthesized picture of the real-time pictures of multiple angles in the self-moving equipment is remotely transmitted to the display terminal of the user, the user can remotely control the self-moving equipment based on the synthesized picture, and the convenience and operation effect of the operation control of the self-moving equipment by the user can be improved.

A method, system, and device for selecting an object on a remote display. The method comprises a user electronic device having a user display, and a user input device providing user input coordinates and events. The method comprises displaying a video stream of the remote display in a remote display window on the user display, detecting a user interface input coordinate, displaying a user selection affordance comprising a focus area overlaid over the video stream, obtaining a position of the focus area in relation to the video stream area, displaying a virtual rendering of the remote display corresponding to the area under the focus area, receiving a user selection event, determining the current location of the focus area in relation to the video stream; and if an object is located at the current location of the focus area, selecting the object displayed at the current location of the video stream.

The invention particularly relates to a nuclear power plant DCS two-layer system operator station function mirror image implementation method and system, and belongs to the technical field of control systems. The method comprises the following steps: analyzing a static picture file and configuration information of a nuclear power plant DCS two-layer system; offline reconstruction of a human-computer interface system is realized; establishing data communication with a PI database, and realizing dynamic display of image data of a human-computer interface system; on the basis of a nuclear power plant DCS two-layer system picture, an equipment basic database, a DCS configuration database, an EAM completion report database and an experience feedback database are associated, and multi-position integrated digital information display is achieved. The system realizes the method. According to the invention, the picture reconstruction of the DCS two-layer system of the nuclear power plant and the remote display of the multi-in-one DCS digital information are realized, the number of terminals is not limited, and the operation of accessing the server by multiple users at the same time is realized.

This invention relates to the field of silica moisture detection technology and discloses a near-infrared light-based silica moisture detection device for silica production. The device includes a feed pipe installed below a material rotary valve, a sight glass pipe mounted on the surface of the feed pipe, and a high-borosilicate tempered glass plate mounted on the sight glass pipe. An installation rod, a detection mechanism, and a remote display mechanism are provided on one side of the feed pipe. The detection mechanism is equipped with an installation adjustment mechanism for mounting the detection mechanism on the installation rod. The invention uses the installation adjustment mechanism to mount the detection mechanism on the installation rod and adjust it to a specific angle, aligning it with the high-borosilicate tempered glass. The light source in the detection mechanism emits specific near-infrared light, which is filtered by a rotating wheel and a reflector and then irradiated onto the silica material. Part of the near-infrared light is absorbed by the silica, while the remaining near-infrared light is scattered and focused into the near-infrared sensor by a concave mirror. The device is then connected to the remote display mechanism and a DCS system to perform the detection operation.

Systems for displaying a user on a remote display device at a position thereon based on the user's viewing direction are disclosed. One system includes a processor and memory. The memory includes processor-executable instructions that cause the apparatus to receive multiple inputs from an attendee device that is located in a first real-world environment that is located remotely from a second real-world environment in which each input corresponds to a respective direction in the second real-world environment where a user of the attendee device desires to view via the attendee device and, in response to receiving each input, display the user on a display device at a respective position on the display device corresponding to the respective direction in the second real-world environment where the user desires to view. Methods and computer program products that include and / or perform the operations and / or functions of the system and / or apparatus are also disclosed.

The invention provides a multi-point distributed unmanned aerial vehicle detection and remote display method and system for private network communication, and relates to the technical field of unmanned aerial vehicles, and the method comprises the steps: receiving an unmanned aerial vehicle signal through a plurality of distributed detection units, uploading the unmanned aerial vehicle signal to a cloud end, constructing a geometric model based on time domain feature difference to position an unmanned aerial vehicle, and reversely tracing the position of remote control equipment. And comparing with a defense area boundary to judge invasion, and displaying the position and track of the unmanned aerial vehicle and the position of the remote control equipment in real time. According to the method, accurate positioning of the unmanned aerial vehicle, tracking of the remote control equipment and intrusion early warning are realized, and the security monitoring capability of a defense area is improved.

Techniques for managing application variants in a content connectivity session are described. For example, a client device initiates a content connectivity session between the client device and a remote display device. An input is received to initiate display of an application that is configured for use with the client device. For instance, the application is adapted for use with processing, display, and interface settings of the client device. The client device then detects and launches an alternative version of the application that is adapted for use with the remote display device. For instance, the alternative version of the application is adapted for use with processing, display, and interface settings of the remote display device. The client device then causes digital content depicted by the alternative version of the application to be displayed by the remote display device.

A system, method, and non-transitory computer readable medium for autonomous vehicle navigation and visual inspection utilizing a deep Q-network and reinforcement learning includes at least one camera mounted to the vehicle for capturing continuous image frames of a scene, and processing circuitry configured with a reinforcement learning engine that generates a next control action for vehicle movement based on the captured image frames and a reward for a previous control action. A self-supervised learning engine fine-tunes the deep Q-network, and a vehicle actuator maneuvers the vehicle accordingly. The visual inspection system includes a remote display terminal, an unmanned aerial vehicle (UAV) with an embedded transceiver for communicating captured image frames of a scene to the remote display terminal, and processing circuitry configured to control movement of the UAV to avoid moving objects based on the deep Q-network and reinforcement learning engine, displaying the captured image frames on the remote display terminal.

The present disclosure provides a ureteroscope or endoscope in which a reusable portion is inserted into a pistol grip of a disposable portion and an elastic end cap covers the reusable portion and a hollow end of the grip. The socket assembly and cannula of the disposable portion can be rotated electrically or manually, and the tip of the cannula can be deflected in a deflection plane manually or electrically. One or more connectors can be connected to the tube base assembly, and the connectors are communicated with one or more tube cavities in the sleeve. The interfaces are arranged to form a Luer plane, and the Luer plane can be collinear with the deflection plane or form a certain angle with the deflection plane. The remote display is connected with the ureteroscope or the endoscope in a wireless or wired mode. The display displays a current relative orientation of the image sensor and the working channel, and a current viewing direction of the image sensor relative to the patient.

The invention provides an underwater surveying and mapping system and method based on a rotary scanning type three-dimensional imaging sonar. The surveying and mapping system comprises a water surface moving platform (unmanned ship), an underwater scanning unit (three-dimensional imaging sonar), a pose and coordinate measuring unit (RTK / IMU), a data processing and converting unit and a remote display and control unit. The surveying and mapping method specifically comprises the following steps: controlling the unmanned ship to move to the center of each sub-region; a sonar is started to plot the sub-regions to obtain underwater three-dimensional point clouds of the underwater terrain and the underwater creatures; based on the position information and the attitude information of the underwater surveying and mapping system, the coordinates of the underwater three-dimensional point cloud are converted into an east-north-sky rectangular coordinate system, and the final coordinates of the underwater three-dimensional point cloud are obtained; and on the basis of the underwater three-dimensional point clouds of the sub-regions, a complete underwater three-dimensional point cloud of the region to be measured is generated through fusion. The method is suitable for underwater topographic surveying and mapping and dynamic target monitoring of rivers, lakes and offshore waters, the measurement efficiency is high, data processing is convenient, and the method does not depend on platform tracks and measuring lines.

An apparatus for tracking progress of measured phenomena, the apparatus comprising at least a processor; and a memory communicatively connected to the at least a processor, configuring the at least a processor to receive a user datum; generate an interface query data structure, wherein the interface query data structure configures a remote display device to: display the input field to a user; receive at least a first user-input datum into an input field of at least a query of an interface query data; generate multiple data multipliers based on the first user-input datum, and score multiple data multipliers as a function of the user datum and the first user input datum; identify a maximum value of at least an element of the at least some data multipliers; and generate strategy data for the user based on the first user-input datum, relatively higher data values, and an ordered list.

This application discloses a pesticide dosing control system, dosing device, and method based on secret code authorization, relating to the field of pesticide dosing technology in agricultural and forestry health and epidemic prevention. The system includes a monitoring server (3), a dosing device (1), and a mobile spraying device (2); the monitoring server (3) is communicatively connected to the dosing device (1) and the mobile spraying device (2). The monitoring server (3) is used to generate a pesticide dosing secret code that matches the operation information and send it to the mobile spraying device (2) for display; the dosing device (1) is equipped with a password input module for the operator to input a password. When the input password matches the pesticide dosing secret code, the password input module outputs a fourth control message, triggering the electromagnetic shut-off valve on the dosing gun to open and start the pesticide dosing. This application realizes secure authorization and precise control of pesticide dosing operations through an interactive closed loop of secret code generation, remote display, and local verification, effectively avoiding the problems of misoperation and mismatch of operation information.

The invention discloses a low-delay remote display method based on a head-mounted display perspective image, and relates to the technical field of image processing, and the method comprises the steps: synchronously collecting a multi-view perspective image and pose information through a head-mounted display multi-camera, and reconstructing the multi-view perspective image and pose information into a dynamic scene model represented by a three-dimensional Gaussian point cloud in real time; selecting a strategy from a preset coding plan based on the real-time network state to carry out coding packaging on the model; dividing the coded model into data blocks, calculating the transmission priority of each data block according to the real-time view cone of the user and the interaction state, and scheduling and sending the data blocks; at a receiving end, if the expected data block does not arrive, temporary filling content is generated and displayed according to historical data, and comparison and consistency replacement are performed after real data arrive; and finally, the receiving end performs real-time rendering and displaying by using the verified scene model and the latest head-mounted display pose. The remote perspective display method aims at solving the problems of insufficient three-dimensional immersion, high delay and poor bandwidth adaptive ability of remote perspective display in a complex network environment.