102 results about "Remote display" patented technology

The invention discloses a power distribution network insulation defect detection method and system based on an electroluminescent composite material, and relates to the technical field of electrical equipment insulation detection.The method comprises the steps that an electroluminescent gradient doping coating material is prepared and sprayed to the surface of a pretreated detected insulating part; acquiring an electroluminescent signal of the detected insulating part and real-time data of environment temperature and humidity, and performing preprocessing, inputting the preprocessed electroluminescent signal into a pre-constructed light-electric field nonlinear mapping model, performing basic electric field inversion, and performing local correction on a three-combination-point area through a weight factor; global environment compensation is carried out through a pre-trained BP neural network, and a corrected electric field inversion result is obtained; and on the basis of a preset dimensionless electric field index dynamic threshold value, labeling coordinates of an abnormal region in a corrected electric field inversion result in real time, evaluating a defect risk level in combination with weighted D-S evidence, and realizing remote display and early warning of a thermodynamic diagram through a cloud protocol.

One or more window characteristics of at least one window displayed on a primary display device are displayed at a remote display device. User input is received at the remote display device to modify the one or more window characteristics of the at least one window displayed on the primary display device. The one or more modified window characteristics for the at least one window displayed on the primary display device are transmitted from the remote display device to the primary display device.

The utility model discloses an anchor rod pull-out test device which comprises a supporting plate, a supporting rod, a pull rod, an annular base and a remote display terminal, the annular base adapts to a pit on the outer side of a ring sleeve on the top of a steel wire rope anchor rod and is fixed, and the annular base serves as an installation foundation of the supporting rod and the supporting plate structure. The supporting lugs laterally arranged on the annular base are used for limiting and supporting the supporting rods so as to enhance the supporting stability of the structure on the slope of the slope, the arranged supporting rods are in threaded connection with the supporting plate, the height of the portions, extending out of the supporting plate, of the supporting rods can be adjusted so as to adapt to measurement sites of different plane heights and limited supporting faces, and in the adjusting process, the supporting rods can be conveniently adjusted. The laser distance measuring sensor arranged at the bottom of the reference supporting plate towards the detection plate vertically connected to the pull rod detects the distance and displays the distance on the remote display terminal, so that the supporting plate is kept parallel to the detection plate, the pull rod is ensured to be perpendicular to the supporting plate and the hollow jack on the supporting plate, and the accuracy of a pull-out test result is ensured.

The embodiment of the invention provides a scanning type millimeter wave and sea wave measuring device and method. The system is applied to the technical field of marine environment monitoring and comprises a remote display control unit for data interaction with a remote communication unit; the remote communication unit is used for issuing the instruction information transmitted by the remote display control unit; the instruction information comprises a working parameter and an irradiation angle; the control unit is used for receiving the instruction information sent by the remote communication unit and controlling the radar unit to operate; the radar unit is used for transmitting corresponding radar transmitting signals according to the working parameters, rotating the two-axis turntable according to the irradiation angle so as to drive the transmitting antenna and the receiving antenna to face the sea surface, and calculating sea wave information according to the received sea surface echo signals; the clock synchronization unit is used for synchronizing timestamps into the control unit and the radar unit; the method has the advantages of reliable monitoring result, unattended operation and the like, and is of great significance to construction of a marine monitoring system.

An apparatus for generating a market analysis plan, the apparatus including at least a processor; a memory communicatively connected to the at least a processor, the memory containing instructions configuring the processor to: receive user data; generate an interface query data, wherein the interface query data structure configures a remote display device to: display the input field to the user; receive at least a user-input datum into the input field; retrieve data related to the at least a user-input data from a database communicatively connected to the processor; and refine the interface query data structure; generate multiple data multipliers based on the at least a user-input datum; identify at least an improvement datum as a function of the achievement plan; generate a goal report as a function of the at least an improvement datum.

This disclosure describes wireless keyboard, video device, and mouse dongles with remote control capabilities. A keyboard, video display, and mouse (KVM) dongle device may include communication circuitry configured to receive wireless signals from at least one of a remote keyboard, a remote display, or a remote mouse; and processing circuitry configured to send commands, via at least one cable, to a device so that the device is remotely controlled by the remote keyboard, remote display, or remote mouse.

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.

This disclosure covers a technological advanced for a distributed operating system where mobile devices are controllers and smart televisions become displays for a system where messaging, streaming, and computation are stored in the cloud or a decentralized operating system.

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.

Eyewear configured to capture a video image of an object, and to control an unmanned aerial vehicle (UAV) to capture a video image of the object to produce stitched video images. The eyewear has an eyewear camera generating the eyewear video image, and the UAV has a UAV camera generating the UAV video image, wherein a processor timestamps frames of each of the video images. When the eyewear begins recording of the object, the eyewear controls the UAV camera to also begin recording the object. The stitched video images are synchronized to each other using the timestamps, wherein the stitched video images can be displayed on an eyewear display or a remote display. The processor compensates for any latency between when the eyewear begins recording and when the UAV begins recording.

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 invention relates to a scanning data display method, mobile equipment, a three-dimensional scanning system and a storage medium, and the method comprises the steps: transmitting a scanning command to a scanning execution end through the mobile equipment, so as to enable the scanning execution end to carry out the three-dimensional scanning of a scanning object; and the mobile device receives a scanning data stream transmitted by the scanning execution end in the process of executing the three-dimensional scanning, obtains display data according to the scanning data stream, and displays the display data. Based on the real-time communication interaction between the mobile device and the scanning execution end, the scanning data can be displayed through the mobile device, so that a remote display mechanism of the scanning data is provided for an operator, and the scanning convenience and the scanning efficiency are improved.

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 utility model relates to a pressure transmitter, and relates to the technical field of pressure detection equipment. The pressure transmitter comprises a pressure sensing assembly, a cable assembly and a remote end assembly. The pressure sensing assembly comprises a sensor, and the sensor is used for sensing the pressure of a point to be measured and generating a corresponding sensing electric signal; one end of the cable assembly is detachably arranged on the pressure sensing assembly, and the cable assembly is electrically connected with the sensor; and the remote end assembly is detachably arranged at one end, far away from the pressure sensing assembly, of the cable assembly, is electrically connected with the cable assembly, and is used for receiving the sensing electric signal and displaying the corresponding pressure. According to the technical scheme, on the premise that the model of the pressure transmitter is not changed, the measurement performance of the pressure transmitter is not affected, and the number of pressure sensors and electronic bins is not additionally increased, remote display and operation over hundreds of meters can be achieved, and interference of the field electromagnetic environment is avoided.

The utility model relates to a cable force monitoring device for a cable net curtain wall of a high-rise building, which comprises a strain gauge, a first fixer, a second fixer, a third fixer, a fourth fixer, a communication component and a built-in power supply, a semicircular clamping groove matched with the inhaul cable in shape is formed in one side of the arch bridge structure, and a mounting plane is arranged on the opposite side; the inhaul cable is clamped in a semicircular clamping groove of the arch bridge structure, and the built-in power source is connected with the strain gauge and the communication assembly. The distance between the first fixer and the third fixer corresponds to the length of the strain gauge, two ends of the strain gauge are respectively fixed on the mounting planes of the first fixer and the third fixer, the strain gauge is connected with the communication assembly, and the communication assembly is wirelessly connected with the remote display terminal. Compared with the prior art, the device has the advantages of high measurement precision, high safety, capability of real-time monitoring and feedback and the like.

The utility model provides a remote display device. The remote display device comprises a cavity shell, a display screen, a semi-reflecting and semi-transmitting beam splitter and a reflector. The cavity shell is provided with a light incident side, a display side and a light reflecting side, the cavity shell is provided with a light incident wall on the light incident side, and a light incident opening is formed in the light incident wall. Light emitted by the display screen enters the cavity shell from the light inlet. The semi-reflecting and semi-transmitting beam splitter is installed on the display side of the cavity shell and receives and reflects light emitted by the display screen. The reflecting mirror is installed on the light reflecting side of the cavity shell and faces the semi-reflecting and semi-transmitting beam splitter, and light reflected by the semi-reflecting and semi-transmitting beam splitter is reflected back to the semi-reflecting and semi-transmitting beam splitter again and transmitted out of the semi-reflecting and semi-transmitting beam splitter. Wherein at least one part or the whole area of the inner surface of the cavity shell is provided with an extinction structure. The extinction structure with light absorption capability is arranged on the inner surface of the cavity shell, so that the transmission of stray light in the cavity shell can be avoided or reduced, and the myopia prevention and control effect is improved.

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.

The utility model provides a dual-isolation type closed-loop control circuit. The dual-isolation type closed-loop control circuit comprises a core management module, an emission isolation driving module, an emission control output module, an emission control output acquisition module, an emission control output isolation re-inspection module, a source signal isolation acquisition module and a source signal re-inspection module. Driving isolation, detection isolation, a closed-loop control loop of an isolation type emission signal and a closed-loop back-detection circuit of an isolation type source signal are realized by constructing a double isolation type closed-loop control circuit, logic analysis and data processing of the emission signal and the source signal are realized, and in the emission process, a remote display device is used for displaying the data of the emission signal and the source signal. The working state of each signal is monitored and analyzed, so that the normal or fault judgment of the transmitting process is facilitated, the controllability, the measurability and the checkability of the whole transmitting closed-loop control process are realized, and the safety and the reliability of the transmitting process are improved.

A ureteroscope in which a reusable portion is inserted into a pistol-type handle of a disposable portion, and an elastic cover can cover the reusable portion and the hollow end of the handle. The hub assembly and cannula of the disposable portion can be rotated or manually driven by power, and in a deflection plane, the tip portion of the cannula can be deflected manually or under the action of power. The hub assembly may be provided with one or more ports in communication with one or more lumens within the cannula. The ports are aligned in a Luer plane, which may be in line with the deflection plane or at an angle relative to the deflection plane. The remote display is connected with the ureteroscope or the endoscope in a wireless mode or through a cable.

The technology provides a system capable of pairing, via at least one wireless connection, a first client device (102,602) to a second client device (302,604), allowing the client devices to directly communicate; generate, by one or more processors of the second client device (402), and communicate, via the at least one wireless connection, an encoded virtualized remote display of an application where the application is running on the second client computing device (302,604); streaming the application on the first client device (102,602) including presenting on a graphical user interface (GUI) (106,1200,1900,2300,2500) a virtualized remote display (1502,1902,2302), based on an encoded virtualized remote display, of the application on the first client device (102,602) to enable a user of the first client device (102,602) to control the application running on the second client device (302,604).

The invention discloses a segmented combined bushing type large wide and thick plate supporting roller, and belongs to the technical field of large supporting rollers. The large wide and thick plate supporting roller comprises a roller shaft and a roller sleeve arranged on the roller shaft in a sleeving mode, the outer surface of the roller shaft and an inner hole of the roller sleeve are each of a taper structure with the outer side diameter larger than the inner side diameter, additional axial force pointing to the middle of the roller shaft is formed after hot charging, and the interference magnitude of the outer side of the roller sleeve is smaller than that of the inner side of the roller sleeve; grooves are formed in the outer surface of the roller shaft and the inner surface of the roller sleeve, and the grooves of the roller shaft and the roller sleeve are matched to form an oil storage cavity; a wireless pressure test valve mounting hole communicated with the oil storage cavity is formed between the contact surfaces of the roller sleeve and the roller shaft, a wireless pressure test valve is mounted in the wireless pressure test valve mounting hole, and the wireless pressure test valve remotely displays the pressure of the oil storage cavity through the Internet of Things technology; the roller sleeve comprises a left side roller sleeve body, a middle roller sleeve body and a right side roller sleeve body which are sequentially arranged in the axial direction of the roller shaft and are inlaid with the roller shaft through overall hot charging.

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.

The present invention relates to the field of industrial robots, and in particular to a method for comprehensive positioning and perception of large-scale regular underground circular tunnel environments. The method comprises the following steps: Step 1: global two-dimensional positioning; Step 2: local posture positioning; Step 3: tunnel environment perception. The beneficial effects of the present invention are: in the absence of satellite signals and wireless communication targets, by fusing the odometer, inertial measurement unit and laser radar target position information, global precise positioning in underground regular tunnels is achieved, which facilitates remote display and operation process monitoring; by multi-line laser radar and inertial measurement unit, the lateral deviation positioning, orientation deviation positioning and roll angle of the chassis relative to the tunnel wall are obtained to guide chassis motion control and robot arm trajectory planning and operation; by using multi-line laser radar, UWB base station and millimeter wave radar, information such as tunnel radius, obstacle and personnel distance can be perceived to guide the stable and safe operation of the chassis and robot arm.

The present technology is to pair a first client device (102, 602) with a second client device (302, 604) via at least one wireless connection, enabling the client devices to communicate directly and generating an encoded virtual remote display of an application by one or more processors of the second client device (402) to enable communication via at least one wireless connection, where the application is running on the second client computing device (302, 604), and pairing; and presenting, on a graphical user interface (GUI) (106, 1200, 1900, 2300, 2500), a virtual remote display (1502, 1902, 2302) of an application on the first client device (102, 602) based on the encoded virtual remote display to enable a user of the first client device (102, 602) to control an application running on the second client device (302, 604), including streaming an application on the first client device (102, 602).