37 results about "Remote observation" patented technology

The invention comprises a method and system for cost effective, convenient remote high fidelity color reproduction and matching that can be used to convey color to observers remote from the physical source of color. Such remote observers can include product consumers wishing to view a product color, for example. In a preferred embodiment, the method comprises capture of article or product reflectance spectra and the use of this spectrum to filter ambient light or directed light in the environment of a user remote from the article or product. Other embodiments of methods include various techniques to capture product spectral information and color matching functions useful for color reproduction using colored light sources. Additional systems embodiments include devices exploiting multiprimary displays to render the product color with reduced metamerism.

The invention relates to a system comprising: - a guide rail (2) arranged around a tower (1) and secured to same with removable means; - cutting means (6) running along the guide rail (2) and comprising means for spraying a fuel mix and a spark igniter (9); - a motor (10) for moving the cutting means along the guide rail (2); - means for the assisted pulling of the column or tower in order to direct the fall; - means for remotely viewing the cutting process; - a remote control centre (23). Owing to the aforementioned features, the associated risks, complexity of permits and work and high costs are all reduced.

The invention discloses a pose mapping method based on a drift function and a synchronous control system, and belongs to the technical field of robot teleoperation and intelligent control. According to the method, a heterogeneous coordinate system mapping relation between a near-end VR head-mounted display and a far-end observation robot is established, a drift function activated based on normalized operability is introduced, and an unreachable area and a kinematics singular configuration are dynamically avoided; the system adopts a double-layer architecture of outer ring mapping and inner ring PID control, and high-continuity and high-precision pose synchronization is realized. According to the invention, accurate pose control of the far-end observation robot by a near-end operator can be realized, and teleoperation safety and telepresence are improved.

The invention discloses a hub fairing support with a detection device and an installation and detection method. Strain gauges are installed on the fairing support, the fairing support is connected to the Internet through an industrial personal computer, remote control software is installed, strain data are collected, remote observation and analysis are achieved, and the reason for cracking of the fairing support is analyzed through the strain data. And by comparing the strain data before and after the optimization, the problem of cracking of the fairing bracket of the fan hub is solved, and the safety and reliability of the fan are improved. According to the main technical scheme, the hub fairing support with the detection device comprises a fairing support body, and the fairing support body comprises a plurality of connecting ribs; the plurality of stress detection pieces are arranged on the connecting ribs, and the plurality of stress detection pieces are distributed on the fairing bracket in a scattered manner; and the stress detection piece is connected with the signal processor and is used for transmitting the stress information of the fairing bracket to the signal processor. The method is mainly used for optimizing the fairing support.

The utility model discloses a ship style water emergency governance device relates to water governance device field, including unmanned ship main part and embedded fixed at the bottom end of unmanned ship main part's governance box, the bottom end of governance box is provided with a plurality of holding groove, the both sides of holding groove inner wall are provided with the locating groove, the locating groove is provided with the locating groove. A baffle is embedded in the bottom end of the containing groove, positioning blocks connected with the positioning grooves in a clamped mode are elastically arranged at the two ends of the baffle correspondingly, electric push rods connected with the positioning blocks in an abutting mode are embedded in the treatment box, and energy storage equipment and a GPS positioner are arranged on the two sides of the top end face of the unmanned ship body correspondingly. And a camera is embedded in the unmanned ship main body. The pollution condition is remotely observed through the camera, the electric push rod is started to extrude the positioning block to move out of the positioning groove during treatment, and the baffle falls off from the containing groove under the influence of gravity after the positioning block is moved out, so that the pollution is treated by a medicament in the containing groove.

The invention discloses explosion test equipment with a high safety coefficient, and particularly relates to the technical field of explosion test devices.The explosion test equipment comprises a safety test stand, a supervision mechanism is arranged at the top of the safety test stand, and a shield assembly is arranged on the outer side of the supervision mechanism; the monitoring mechanism comprises two sliding base grooves, fixing screw rods are welded in the sliding base grooves, translation bases are arranged in the sliding base grooves, the width of the translation bases is matched with the width of the sliding base grooves, the thickness of the translation bases is matched with the depth of the sliding base grooves, and the translation bases are slidably connected with the sliding base grooves. According to the explosion experiment device, the monitoring mechanism is arranged, so that the explosion condition can be remotely observed, the problem that a worker needs to observe the explosion condition around the explosion experiment device is avoided, the observation mode is extremely safe, the life safety of the worker cannot be endangered even if the explosion equivalent is too large, and the safety is relatively high.

The utility model provides an electric leakage automatic detection device, and particularly relates to the technical field of electric power, the electric leakage automatic detection device comprises an electricity testing pen, the front end of the electricity testing pen is contacted with detected equipment, the rear end of the electricity testing pen is separately connected with an electromagnetic relay, the front end of the electricity testing pen is provided with a plurality of sounding assemblies, and the sounding assemblies are contacted with different positions of the detected equipment; the electromagnetic relay and the plurality of sounding assemblies are connected to the PLC, and the PLC is in wireless connection with the control center. The electric leakage automatic detection device provided by the utility model automatically detects the electric appliance at any time based on the existing test pen, so that people can remotely observe the electric leakage condition of the electric appliance, and the electric leakage automatic detection device has higher personal safety.

The present disclosure provides an emergency monitoring method, system, medium and electronic device, when a patient under monitoring is in danger, the mobile terminal carried by the on-duty doctor generates authorization pairing information, the first monitoring terminal monitoring the patient under monitoring is authorized to establish a communication connection with the second monitoring terminal designated by the on-duty doctor through the authorization pairing information, and the second monitoring terminal obtains the emergency query permission capable of querying the patient's condition information and the emergency operation permission for controlling the first monitoring terminal from the server through the authorization pairing information, so that the on-duty doctor can remotely observe the vital signs of the patient under monitoring in danger through the second monitoring terminal. The first monitoring terminal is directly connected with the second monitoring terminal, which reduces the transfer time of the server and improves the efficiency of emergency response. At the same time, the problem of quickly positioning the on-duty doctor is solved, and the pertinence and effectiveness of the on-duty doctor in emergency query and control are ensured.

The invention provides a pre-mixing plant ultra-remote quality management and control system integrating concrete production data and video monitoring, and relates to the technical field of concrete production management and control, and the system comprises an intelligent ultra-remote control platform which comprises a network control module, a remote control module, a remote observation module and a data fusion management and control module. A unified operation interface and an industrial-grade communication link are arranged in the intelligent ultra-remote control platform. Concurrent ultra-remote centralized command of a single centralized control center to a plurality of premixing plants is realized through the intelligent ultra-remote control platform, and the network control plate adopts a redundant architecture in which a point-to-point special digital link is combined with a standby communication network. Through cooperation of a main and standby link automatic switching unit and an end-to-end heartbeat detection mechanism, the stability and certainty of instruction issuing and state returning are ensured, the problems of network jitter, instruction delay and production interruption caused by traditional public network transmission are thoroughly solved, and seamless real-time scheduling and unified operation of cross-regional stations are supported.

The application discloses an SBUS integrated control and multi-mechanism cooperative scheduling method for remote observation of a sampling device, which comprises the following steps: receiving an SBUS control signal and analyzing the same, wherein CH8 is used for mode switching; switching among multiple working modes according to the gear of CH8 and performing interlocking control on different execution mechanisms; in a mechanical arm sampling operation mode, performing a sampling operation through the mechanical arm, and automatically executing a sample storage program when a trigger condition is met; controlling the mechanical arm to move the collected sample to a target storage compartment position of a sampling storage device, opening the cover of the storage compartment through a physical pressing action of the end of the mechanical arm, making the sample fall into the storage compartment, and automatically closing the cover by relying on an elastic reset mechanism after the end of the mechanical arm leaves. The application can realize unified scheduling of multiple mechanisms, mode interlocking, automatic sample storage and mechanical arm posture feedback display, so as to improve the control safety, continuous sampling capacity and remote operation visualization degree of the device.

The utility model discloses a switch cabinet internal multi -freedom degree holder camera device belongs to switch cabinet technical field, including rotating mechanism, rotating mechanism is connected on the cabinet door of switch cabinet through mounting bracket, be provided with multi -freedom degree holder mechanism on rotating mechanism, be provided with camera on multi -freedom degree holder mechanism. The utility model installs rotating mechanism and multi -freedom degree holder mechanism in the cabinet door of switch cabinet, installs the camera on multi -freedom degree holder mechanism, can drive the camera to carry out multi -angle all -round shooting through rotating mechanism and multi -freedom degree holder mechanism, can make the on -duty personnel of monitoring room remote observation in the specific situation in switch cabinet ontology, can observe whether the inside component and the connecting position of electric switch have the trace of burning if there is when the electric switch appears the tripping condition, if not, can adopt the reset mechanism to reset the blade of electric switch, and the reset speed is faster, and it is more convenient to use.

The invention relates to an interaction intention-based behavior analysis method, system and device, and a medium. The method comprises the following steps: acquiring a remote interaction delay parameter, an interaction object state space-time coding sequence and an interaction operation space-time coding sequence; based on the remote interaction delay parameters, performing matching to obtain remote observation interaction object state space-time coded data and actual response interaction object state space-time coded data corresponding to the interaction operation space-time coded data; inputting the interactive operation space-time coded data and the remote observation interactive object state space-time coded data in the intention recognition time window into an interactive intention recognition machine learning model to generate interactive intention recognition result information; and performing interaction intention correction on the interaction operation space-time coded data to obtain corrected interaction operation space-time coded data, and generating an interaction operation control instruction. By adopting the method, the robustness of the control instruction can be enhanced, the control deviation caused by network delay can be reduced, and the efficiency loss caused by insufficient operation precision can be avoided.

The invention relates to the technical field of electron beam physical vapor deposition, in particular to a high-power electron beam physical vapor deposition control system and method for engine blades, and the system comprises an equipment layer which comprises a servo system which comprises at least two servo devices and is used for alternately controlling material feeding and discharging at a vapor deposition chamber; the electron gun system at least comprises two electron gun modules and is correspondingly provided with a thermal emission electron gun and a field emission electron gun; and a detection system; the control layer is used for respectively controlling the equipment systems of the equipment layer; the operation layer is used for sending a control instruction to the control module of the control layer; and the monitoring layer is used for acquiring a detection signal of the detection system and displaying and recording the detection signal. By controlling the vapor deposition system, engine blades alternately enter the vapor deposition chamber to be treated, and the utilization rate and the treatment efficiency of the vapor deposition chamber are improved; vapor deposition equipment is more automatic and intelligent in operation, and remote observation and data acquisition are facilitated.

The invention relates to the technical field of animal X-rays, in particular to an animal X-ray imaging structure integrated with an auxiliary support, the support comprises a hollow base, the base is provided with an inclined display structure, the inclined display structure comprises a hollow frame in the base, one side of the inner wall of the hollow frame is provided with an iron ball, and the top of an inner cavity of the hollow frame is slidably connected with a first wedge block; an opening is formed in the bottom of the hollow frame, a second wedge block is slidably connected into the opening, displacement of an iron ball is amplified through a lever and a sector gear, the displacement of a rack accurately reflects tiny inclination, the sensitivity of the device is far higher than that of a bubble level through a mechanical structure, and the defect that a liquid medium is affected by temperature is overcome. And the whole environment stability is guaranteed through mechanical and electronic combination. When the support is inclined, the displacement of the iron ball is amplified by the lever, the coloring plate is driven to rise and the corresponding LED lamp is lightened, the color (red / green) is clearly visible, the LED lamp is lightened (red / green), and the inclination direction can still be visually judged and remote observation can be realized in a dark environment.

The utility model relates to the technical field of industrial vibration detection, in particular to a nuclear power station equipment vibration measurement and analysis system which comprises an instrument support, a remote vibration meter, a vibration sensor, a vibration analysis device, a multi-degree-of-freedom angle adjusting device and a remote observation assembly. The remote vibration meter is arranged on the instrument bracket; the vibration sensor is arranged on the remote vibration meter; the vibration analysis device is electrically connected with the remote vibration meter and the vibration sensor; the multi-degree-of-freedom angle adjusting device is connected with the remote vibration meter and the instrument bracket; the remote observation assembly is arranged on the remote vibration meter, and the remote observation assembly is used for observing a target object measured by the remote vibration meter; the nuclear power station equipment vibration measurement and analysis system provided by the utility model can remotely measure and analyze the vibration of the equipment, can inhibit the interference of environmental vibration, and improves the safety, the measurement efficiency and the measurement precision during measurement.

This utility model relates to an integrated oxygen lance, belonging to the technical field of blast furnace production equipment. It includes an integrated oxygen lance body, with a main valve installed internally in the middle. A voltmeter and an air inlet are also installed on the integrated oxygen lance body. A viewing hole is located at the center of the end of the integrated oxygen lance body, and a first viewing mirror is installed in the viewing hole. An oxygen lance periscope is also installed at the end of the integrated oxygen lance body, located around the first viewing mirror. The oxygen lance periscope is equipped with a camera and two adjustment knobs, which are threaded to the top and rear sides of the oxygen lance periscope, respectively, and both adjustment knobs are connected to the lens of the oxygen lance periscope. A second viewing mirror is installed at the end of the oxygen lance periscope. This utility model significantly improves the safety factor, enabling both on-site observation of the combustion status at the oxygen lance tip and remote observation, ensuring timely response based on the combustion status at the oxygen lance tip.

The present invention relates to a system comprising: - a guide rail (2) arranged around a tower (1) and attached to it by removable means, - cutting means (6) running along the guide rail (2) and having means for projecting a combustible mixture and a spark igniter (9), - a motor (10) responsible for moving the cutting means along the guide rail (2), - means for assisted pulling of the column or tower to direct the fall, - means for remotely viewing the cutting process, - a remote control centre (23). Given the features described above, the risks, the complexity of permits and works, and high costs can be reduced.

This manual provides a training system, method, equipment, and medium for a surgical robot. In this manual, multiple student clients can remotely connect to a teacher client via a cloud server. The teacher client collects and uploads surgical videos to the cloud server, which distributes the videos according to the display permissions configured for each student, enabling students to remotely observe real surgical procedures, breaking geographical limitations and improving equipment utilization. Student clients can send remote operation commands carrying their own identifiers to the teacher client via the cloud server. The teacher client stores the operation permissions of each student and verifies them based on the identifiers, thereby supporting the flexible allocation of operation permissions for the same robot to different students and realizing various training modes from single-person operation to multi-person collaboration. The teacher client also stores a command arbitration mechanism to determine the priority of operation command execution, providing security for multi-terminal remote collaboration and enabling students to practice in real remote surgical scenarios.

The invention discloses a retractable net rack for marine fish culture. The retractable net rack comprises a middle base and a culture net cage, the automatic sealing mechanisms are arranged on the outer wall and the top of the middle-position base, and the automatic sealing mechanisms are used for automatically sealing the top opening; and the monitoring mechanism is arranged at the top of the middle-position base, and the monitoring mechanism is used for facilitating remote observation of a user. Through the overall design of an automatic sealing mechanism, under the weather that the fish escape probability suddenly increases, a user can control an electric telescopic rod to stretch and push a transmission block to tend to a middle base to move by means of cooperation of a networking terminal and a remote controller, so that a spliced protection plate moves at the top of a spliced floating seat, and the fish escape probability is increased. The top opening of the structure can be automatically closed, the manpower consumption is reduced, the timeliness of opening closing is improved, the escape amount of fishes is reduced, and the economic loss of users is reduced.

The application discloses a periscope type converter flame observation device and method, and belongs to the technical field of converter remote observation.The periscope type converter flame observation device comprises a periscope tube, mirror tube bending parts are arranged at the upper end and the lower end of the periscope tube, a mirror one and a mirror two are respectively arranged in the mirror tube bending parts at the upper end and the lower end, and the incident light and the reflected light of the mirror one and the mirror two are coincident with each other.The periscope tube is used to reflect the light at the converter mouth, and a person only needs to observe the converter from a distance through the periscope, so that the person does not need to actively approach the converter, the influence of high temperature on the person is small, and the person is safer;the two tube openings of the periscope tube are protected by a tube head cover and a plane mirror, so that foreign matters cannot enter the periscope to form reflected images, and the tube head cover can be controlled to be opened, so that the periscope is convenient to use;the two convex lenses are used to form a telescopic effect, the visual distance of the periscope is increased, the periscope can be further away from the converter, and the safety of use is ensured.

The utility model relates to the technical field of dangerous chemical test equipment, and discloses a test chamber for chemicals, which comprises a test chamber, the top surface of the test chamber is communicated with a vacuumizing pipe, the vacuumizing pipe is connected with a vacuum pump, the middle part of the bottom surface of the test chamber is provided with a discharge hole, and the discharge hole is communicated with the vacuum pump. A discharging hole is formed in the upper end of the test chamber and communicated with a metal discharging pipe, a flange sight glass is installed on the front face of the test chamber, a quick-opening flange, a thermometer, a vacuum valve and a negative pressure meter are installed on the top face of the test chamber, an external pipe is communicated with the outer wall, close to the lower end, of the test chamber, and a steam outlet is formed in the outer wall, close to the upper end, of the test chamber. According to the utility model, the problem of potential safety hazards during heating and vacuumizing tests of high-viscosity dangerous chemicals is solved, remote observation of the dangerous chemicals is facilitated, and personnel injury accidents caused by explosion, leakage and the like due to uncontrolled dangerous chemicals in the test process are thoroughly avoided.

The application relates to an online testing system for ultrahigh-pressure valves, which comprises a base, a pressing assembly, a cleaning assembly, an observation assembly and a flow assembly. The pressing assembly is arranged on the base and tightly adheres to the ultrahigh-pressure valve to make the valve in a closed state to transport medium. The cleaning assembly is arranged on the pressing assembly and used for cleaning the ultrahigh-pressure valve after testing. The observation assembly is arranged on the pressing assembly and used for observing whether the valve leaks under high-pressure working conditions after cleaning. The flow assembly is connected with the pressing assembly and used for transporting medium. The application realizes remote observation of the sealing performance of the ultrahigh-pressure valve after testing through the observation assembly and realizes cleaning of the ultrahigh-pressure valve through the angle adjusting assembly, the cleaning assembly and the water spraying assembly.

The utility model particularly relates to a filtering, washing and drying machine capable of being operated remotely, which comprises a kettle body, a sight glass fixed on the kettle body, a camera shooting element fixed outside the kettle body, an information receiving module, a PLC (Programmable Logic Controller) control module and a driving module, the information receiving module is electrically connected with the camera element and receives pictures shot by the camera element, the PLC control module is electrically connected with the information receiving module and the driving module, and the PLC control module receives instructions sent by the information receiving module and controls the driving module to execute the instructions. A worker can shoot the material condition in the kettle body through the camera element in a working room, remotely observe the condition in the kettle body without needing to go to a site manually, send an instruction to the PLC control module according to the condition in the kettle body, and control the driving module through the PLC control module, so that the safety is high.

This invention discloses a diamond-shaped hanging basket construction device and method, belonging to the field of bridge construction. The diamond-shaped hanging basket construction device and method include a bottom beam, a diamond-shaped frame fixedly connected to the upper end face of the bottom beam, an upper front crossbeam fixedly connected to the front end of the diamond frame, and a first pull rope penetrating the end face of the upper front crossbeam. It also includes a deformation detection component and a water spraying and curing component. This invention, through the cooperation of a limiting slide rail, a reciprocating screw, a sliding block, a mounting plate, a spring telescopic rod, a detection wheel, a detection box, a floating ball, a counterweight, and an air duct, facilitates comprehensive detection of the deformation state of the bridge sidewalls, enabling immediate understanding of the bridge sidewall deformation and ensuring the quality of bridge construction. Furthermore, with the setting of the detection slide rail, a winding pulley, a winding rope, and a detection probe, the conditions inside multiple detection boxes can be monitored and recorded at close range, facilitating remote observation by managers and improving the convenience and accuracy of detection and identification.

A firearm monitoring system for monitoring usage of a firearm includes a monitor module including a housing and a monitor connector for mounting the housing to the firearm. The monitor module includes various electronic components for capturing data such as video, audio, location data, orientation data, and the like. A processor causes the data to be collected and transmitted to a remote observer device upon the processor determining via sensors that the firearm has been unholstered. A separate remote control device may be used to control the monitor module. A separate search notification module may be used to send notifications to the remote observer device, and a support pad may be used to support items and trigger the processor to collect and transmit data.

The utility model relates to the technical field of portable cameras, in particular to a single-soldier 4G portable camera, which comprises a camera main body, a 4G communication module, an upper connecting seat, a connecting bracket, an LED illuminating lamp, a laser indicator, a fixing screw, a rotating seat, a rotating platform, a base, a connecting bolt and a lower connecting seat, when in use, the LED illuminating lamp arranged on one side of the connecting bracket can provide illumination for shooting at night or in a space without illumination, and the laser indicator arranged on the other side of the connecting bracket can mark the position of a target by emitting a laser beam, so that a field user or a remote observer can be helped to quickly and accurately determine the target; the 4G communication module arranged on the camera body is connected to a network, the voice talkback function can be achieved, remote interaction assistance and remote control over LED lighting and the laser indicator are achieved, the camera can be conveniently installed on a helmet and shoulders through the upper connecting base and the lower connecting base arranged at the upper end and the lower end of the camera to move along with people, and the camera is convenient to use. The device can also be installed on a support to be used as a temporary monitoring point, and has good practicability.

The invention discloses a non-uniform stress loading device suitable for remote sensing observation. The non-uniform stress loading device comprises an annular frame, a main shaft loading mechanism, a side shaft loading mechanism, a non-uniform stress allocation mechanism, a low-friction centering lifting mechanism and a device base, the annular frame adopts a flat circular ring design; the main shaft loading mechanism comprises a main shaft oil cylinder and a main shaft piston; the side shaft loading mechanism comprises a side shaft oil cylinder and a side shaft piston; the non-uniform stress allocation mechanism comprises a pressing plate shaped like a Chinese character'ji ', different elastic module body combination modules and variable elastic module bodies; the main shaft loading mechanism and the side shaft loading mechanism are arranged in the annular frame; and the non-uniform stress allocation mechanism is arranged at the front parts of the main shaft piston and the side shaft piston. On one hand, a stress loading allocation mode is innovated, loading of non-uniform stress is achieved, and simulation of the true stress state of the earth crust is facilitated; on the other hand, the remote sensing observation requirement is considered, the internal structure of the loading device is prevented from shielding observation and background, and remote sensing observation of remote sensing equipment on the loading material is facilitated.

An optical element (e.g., a lens) may include an optically uniaxial or optically biaxial organic solid, for example, an organic molecular solid. The direction of a maximum refractive index of the organic solid may be aligned substantially orthogonal to an optical axis of the lens. In some examples, a device may include a display and an optical configuration configured to receive light from the display and direct the light to a remote view location. In some examples, the optical configuration may comprise a lens and at least one surface of the lens may include a plurality of facets, for example, to form a Fresnel lens.

This invention discloses a vision-based real-time detection method for mineral mixture components, belonging to the field of mineral mixture production technology. The method includes camera selection and installation, acquisition of imaging videos of different material compositions, generation of a target detection dataset, analysis and calculation of the target detection dataset, setting an allowable error range, and finally timely detection of abnormal mineral mixture proportions through image detection and notification to production line workers. The proposed method is adaptable to all-weather lighting conditions, has good generalization ability, can adapt to different conveyor belt angles and camera imaging angles, can be used across different plant areas for the same mixture, improves the real-time performance of mixture proportion detection, and can record the actual proportions for each feeding cycle. It addresses the shortcomings of existing methods that rely on production line workers to remotely observe raw material proportions in real-time during step-by-step proportioning, leading to worker fatigue and difficulty in timely detection of abnormal material proportions.