97 results about "Observation unit" patented technology

The invention relates to the technical field of fire protection engineering, and discloses a multifunctional experiment platform for fire extinguishing agent flow state observation and pressure testing, the multifunctional experiment platform comprises at least one liquid storage pressurization unit, a multi-section experiment pipeline unit, a flow state observation unit and a data acquisition and control device, the multi-section experiment pipeline unit comprises a nozzle and a test experiment pipe; the flow state observation unit comprises a transparent closed box body and a closed observation cavity; wherein the test experiment pipe comprises a straight pipe experiment section and / or a bent pipe experiment section and / or a reducing experiment section, the straight pipe experiment section comprises at least two straight pipes, the bent pipe experiment section comprises at least one bent pipe, and the reducing experiment section comprises at least two reducing pipes. According to the multifunctional experiment platform, the vertical layout conforms to the natural flow direction of fluid, the structure is stable, the test experiment pipe is modularly designed, the test is flexible and efficient, the whole system is visible, controllable and high in recordability, and the experiment efficiency and safety are greatly improved.

The invention relates to electronic microscope and telescope integrated equipment, which realizes 180-degree turning of a base through an L-shaped frame and a first hinge shaft, drives an objective table to rotate in combination with a circular ring and a transmission device, and can be stably switched between two forms, so that the integrity and stability of different scenes are improved; in the first form, the base is arranged under the stand column, and the objective table is arranged on the front side and suitable for microscopic observation. In the second form, the base is turned to the rear side of the stand column, the objective table is arranged on the left side, the observation unit is not shielded, the stand column is supported by the base, the objective table can be used as a mobile phone support to be matched with a telescope, space layout is optimized, two purposes are achieved, and resource waste is avoided; the core advantage of integration of microscopy and telescope is reserved, users do not need to purchase equipment separately, the economic cost is reduced, meanwhile, the practicability and adaptability of the equipment are enhanced through structural improvement, and the requirements of primary and secondary school students and other user groups can be better met.

The invention discloses a synthetic aperture radiometer darkroom phase calibration method and device. The method comprises the following steps: installing a synthetic aperture radiometer and a point target emission source in a microwave anechoic chamber; in the first-stage test, unit antenna output ports are connected with equal-length test cables and connected to a microwave test instrument, a synthetic aperture radiometer is set to be in an antenna observation mode, and a point target observation unit antenna phase difference test is carried out; in the second-stage test, the output end of the unit antenna is connected with each receiving channel of the synthetic aperture radiometer, the synthetic aperture radiometer is set to be in an antenna observation mode, and a point target observation full-system phase difference test is carried out; in the third stage of testing, the synthetic aperture radiometer is set to be in a common noise injection calibration mode, and common noise injection calibration is carried out; and calculating and counteracting a near field effect phase difference, a unit antenna phase difference and a receiver channel phase difference to obtain an accurate noise distribution network phase difference parameter. Darkroom phase calibration is achieved under the near-field condition, the result is accurate, and the method is simple, convenient and practical.

This invention proposes a deep-sea seabed observation device based on bidirectional concentration gradient gas exchange for dissolved oxygen compensation, belonging to the field of deep-sea exploration and marine instrumentation technology. It solves the problems of existing deep-sea seabed in-situ observation devices, such as the inability to achieve low-disturbance dissolved oxygen compensation and carbon dioxide removal during long-term closed observations, and the difficulty in adapting to extreme high pressures in the deep sea to achieve pressure stabilization, leading to deterioration of the observation environment, data distortion, and insufficient equipment reliability. It includes an observation unit, a power and chemistry unit, and a fixed lifting system. The observation unit comprises an observation cabin, a membrane module installed on the bottom of the observation cabin's hatch, and a circulation hose connected to the membrane module. The membrane module includes a membrane module frame and a PTFE tube fixed to the membrane module frame in a spiral configuration. The PTFE tube is a microporous hose that enables bidirectional concentration gradient gas exchange. The power and chemistry unit is installed at the front panel of the observation cabin via a power and chemistry unit mounting component. It is mainly used for deep-sea seabed observation.

The invention belongs to the technical field of plug brick installation, and particularly discloses a coke oven carbonization chamber top drying hole plug brick installation device and a construction method, the installation device comprises a support unit, a clamping unit, a pushing unit and an observation unit; the supporting unit comprises a hollow inclined pipe, a hollow horizontal pipe connected with the upper end of the hollow inclined pipe, and a supporting plate connected with the hollow horizontal pipe; the clamping unit comprises a clamping switch arranged at the lower end of the outer side of the hollow inclined pipe and a clamping assembly connected with the clamping switch and arranged on the front side of the supporting plate. The pushing unit comprises a pushing switch arranged at the lower end of the outer side of the hollow inclined pipe and a pushing assembly connected with the pushing switch, and one end of the pushing assembly penetrates through the supporting plate; the observation unit is used for assisting in observing the mounting process of the plug brick; the plug brick is stably clamped through the clamping unit, the observation unit is used for aligning the plug brick to the drying hole, the pushing unit is used for installing the plug brick into the drying hole, the installation precision and the installation efficiency of the plug brick are remarkably improved, and the labor intensity is reduced.

This invention provides a dynamic weighted fusion system and method based on real-time error covariance closed-loop feedback. Addressing the contradiction between underlying physical coupling interference and the need for high-bandwidth dynamic response in non-stationary random environments for large-scale arrays, this invention utilizes a first-order Markov model to quantify the statistical coherence strength of individual observation units. Secondly, it implements physical-layer regularization constraints, eliminating bus capacitance interference and geometric phase deviation through a slope-constrained driving strategy and spatial consistency mapping. In high-frequency sampling environments of 208Hz and above, combined with transient discrimination logic based on full-axis spatial correlation, an analytical solution from a Lagrange optimized functional is used to establish a negative correlation mapping function between weight allocation and the real-time posterior error covariance trace, achieving dynamic gain suppression for non-stationary observation units. This invention achieves optimal fusion of large-scale redundant information while ensuring high-bandwidth real-time response, significantly improving the system's measurement accuracy and robustness.

The invention relates to the technical field of water conservancy project automation control, and discloses a water conservancy facility operation state monitoring system based on digital twinning, and the system comprises a data collection unit which is used for collecting a basic control instruction and an actual measurement state response of an execution mechanism in real time; the generalized impedance observation unit is used for calculating the state deviation between the actually measured state response and the theoretical reference trajectory and mapping the state deviation into an equivalent disturbance quantity; the track time base modulation unit is used for establishing a load-time base association rule of the equivalent disturbance quantity and the time scaling factor; the nominal model simulation unit is used for generating a theoretical reference trajectory under the constraint of a time scaling factor, the generation rate of the theoretical reference trajectory is actively reduced through a load time base association rule when it is detected that the system resistance is increased, and the safety space of an execution mechanism is replaced by time; and the contradiction between the execution capability decline of the aged water conservancy facility and the rigid control target is solved.

To support elimination of a gap in awareness and recognition among participants who engage with information in a situation where the information is provided in real time. An information providing device has a configuration including: a communication device configured to perform data communication with another apparatus; and an arithmetic device configured to execute processing of acquiring, from an observation unit configured to observe a situation in which information is explained by a provider of the information, information regarding an explanation position of the provider in the information, processing of acquiring, from a gaze analysis unit configured to estimate a gaze direction of a receiver who receives the explanation of the information, information regarding a gaze position of the receiver, and processing of specifying and outputting an information exchange gap between the provider and the receiver based on the information regarding each of the explanation position and the gaze position.

A highly convenient observation device is provided. The observation apparatus includes: an observation unit configured to generate an observation image of an observation object; the analysis unit is used for analyzing the observation object; and an information processing unit for communicating with the observation unit and the analysis unit. The analysis unit includes an analysis beam device for emitting an analysis beam toward the observation object. The information processing unit includes a cluster region specifying unit, an order determining unit, and an analysis executing unit. The cluster region specifying unit specifies a plurality of cluster regions included in the observation image. The order determination unit determines an order in which the cluster regions are analyzed. The analysis execution unit causes the analysis beam device of the analysis unit to sequentially irradiate the cluster region with the analysis beam in accordance with the analysis order determined by the order determination unit.

The present disclosure relates to an observation unit, a traveling wave tube unit, and an observation method. An observation unit includes a housing having a vacuum inside, a base housed in the housing and fixed to the housing, and an observation device housed in the housing and supported by the base, wherein the base includes a first magnet, and the observation device includes a second magnet mounted so as to repel the first magnet and supported in a state of being separated from the base.

An object of a system according to an embodiment is to detect a sign of the occurrence of an earthquake in real time and promptly notify the sign.SOLUTION: A system includes an observation unit, an analysis unit, a detection unit, and a notification unit. The observation unit observes crustal movement or a change in groundwater level. The analysis unit analyzes the data collected by the observation unit in real time. The detector detects the presage of the earthquake occurrence based on the data analyzed by the analyzer. The notification unit notifies the prediction result obtained by the detection unit.SELECTED DRAWING: Figure 1

The present application provides a kind of dust-containing droplet impact wall bounce behavior observation system, it is related to bounce behavior observation field;The observation system includes: particle generator, environment bin, displacement control unit and observation unit;Particle generator emits particle gas flow;Solid wall is arranged in the inside of environment bin, and environment bin makes the particle gas flow entering into change into dust-containing droplet;Displacement control unit emits at least two laser beams to environment bin, and makes laser converge to form optical trap;Optical trap is used to capture dust-containing droplet;Displacement control unit adjusts the movement speed and movement direction of the dust-containing droplet captured, to control the dust-containing droplet captured to collide with solid wall at set speed and set direction;Observation unit carries out real-time observation to the movement track of dust-containing droplet colliding with solid wall at set speed and set direction;The present application can realize the observation to the bounce behavior of dust-containing droplet impacting wall.

The utility model relates to the technical field of product jigs, and discloses a manual product debugging jig which comprises a carrying platform, one side of the upper surface of the carrying platform is fixedly connected with a fixed platform, the other side of the upper surface of the carrying platform is provided with a four-axis manual adjusting platform, one side of the outer wall of the four-axis manual adjusting platform is fixedly connected with a mounting clamp, and the mounting clamp is fixedly connected with a lifting platform. A glass plate is mounted in the mounting clamp, an observation unit is mounted on the upper surface of the carrying platform, and a display screen used for displaying is mounted on one side of the carrying platform. According to the utility model, manual control is adopted, so that the safety in the using process is obviously improved, and the risk that operators are subjected to potential injury is reduced; in addition, the occupied area is greatly reduced, the precious plant space is saved, and the production layout is optimized; by means of the compact design, the space utilization rate is increased, and more possibilities are provided for flexible configuration of the production environment.

An object of the present invention is to provide a brake device deterioration prediction system capable of accurately predicting a deterioration time of a brake device. The brake device deterioration prediction system includes an observation unit, a conversion unit, a generation unit, and a prediction unit. The observation unit acquires operation data regarding the operation of the brake device when the brake device operates. The conversion unit converts the operation data into index data indicating deterioration of the brake device for each preset unit of time. The generation unit generates a deterioration model including a trend component showing a trend of long-term change and a periodic component showing a periodic change, as a model showing a change-with-time of deterioration represented by the index data. The prediction unit predicts the deterioration time of the brake device based on the deterioration model.

An analysis device includes: an estimation unit that obtains a current state variable by state estimation based on a state variable for first sequence data generated by applying a first conversion to observation data, a state space model, and each element included in the first sequence data; an observation unit that generates second sequence data by applying an observation process to the current state variable; an elaboration unit that generates third sequence data by performing an elaboration process of correcting each element included in the second sequence data so that a value of each cell of the estimated observation data does not become a negative value and the number of cells having a value other than 0 included in the estimated observation data is suppressed; and a second conversion unit that generates the estimated observation data by applying a second conversion to the third sequence data.

The invention discloses an atmospheric particulate micro-fluidic system based on a light chromatography sorting chip and a sorting method, and belongs to the technical field of micro-fluidic analysis. The system comprises a liquid inlet injection control unit, a micro-fluidic chip function unit, a laser control unit and an observation unit. The liquid inlet injection control unit adopts an SPM injection pump system, and the flow speed can be independently and accurately adjusted through multiple channels; the micro-fluidic chip functional unit is used for sorting particulate matters by utilizing particle size difference; the laser control unit can accurately control the light radiation force intensity; the observation unit can dynamically monitor and obtain high-quality images, atmospheric particulates are sorted and collected based on the system, a sample solution is introduced into a chip, a laser is started, sorting is achieved according to comparison of light radiation pressure of the particulates and fluid resistance, and meanwhile particle movement is captured through a CCD camera. The system breaks through the bottleneck of the traditional technology through multi-unit cooperation, realizes non-contact and high-precision sorting, can also monitor and analyze the sorting process in all directions, and provides support for air pollution prevention and control.

The invention discloses a metro train speed measurement system, speed measurement equipment and speed measurement method based on multi-source information, and the metro train speed measurement system comprises a trackside sensing layer which comprises N microwave sensors which are linearly deployed along a single-side track at a fixed interval D and cover an interval needing to be monitored; the synchronization and data transmission layer comprises a master clock and a slave clock based on an IEEE1588 precision time protocol, and the master clock is synchronously deployed in the central processing module, provides a transmission channel with determined bounded delay for phase data and has link redundancy capability; according to a vehicle-mounted self-consistent observation source, auxiliary observation units based on a visual odometer are deployed at the head and the tail of each train, and the visual reckoning speed of the train is obtained through image sequence analysis; and the central processing module is used for extracting a rigid translation speed by constructing a space-time matrix, separating deformation and vibration from the rigid translation speed, calculating the moment when each bogie passes through each microwave sensor by tracking the form of components in the space-time matrix, and then outputting a final speed of comprehensive confidence through speed cross validation.

Continuously monitor the detection performance of the observation device. [Solution] The observation device includes an observation unit, a storage unit, and a control unit. The observation unit observes a predetermined area. The storage unit stores the viewing distance, which indicates the maximum distance at which an observation target within the predetermined area can be identified, and a threshold value. Based on the results of the first observation by the observation unit, the control unit obtains the maximum observation distance, which indicates the distance to the location of the furthest identified first observation target, and sets the viewing distance and threshold value based on the comparison result between the maximum observation distance and the threshold value. When predetermined conditions are met, the control unit decreases the threshold value.

The invention discloses a soil-buried submarine pipeline oil spill simulation test device and method, and relates to the technical field of ocean engineering and environmental protection. The device comprises a simulation test unit, a fluid supply unit, a control unit and an observation unit. The simulation test unit comprises a water tank, a sediment containing device and a simulation oil pipeline, oil spilling holes are formed in the side wall of the pipeline, and internal threaded holes are formed in the top. The control unit comprises a pneumatic valve, an air compressor and an electromagnetic valve, the pneumatic valve is directly connected to the inner threaded hole in a sealed mode through threads, and electric control opening and closing of the oil overflow hole are achieved. And the observation unit adopts a high-speed camera to align to a transparent soil area in the device. The method comprises the steps of model assembly, system connection, oil spill simulation, data acquisition and the like. According to the invention, the oil spilling process of the buried pipeline can be simulated with high fidelity, and dynamic accurate control of a leakage port and visual collaborative observation of the diffusion process of an oil phase in a soil body are realized.

The purpose is to understand the execution process of information processing that is involved in fluctuations in the usage of processing resources during operation. [Solution] The load management device 1 includes a classification unit 13 configured to take input data based on the amount of processing resources used by the execution of each sequence of state transitions of multiple events for each observation unit, acquired by the acquisition unit 10, as an unknown input, provide it to a trained classification model 12A that reflects the correlation between the amounts of processing resources used by the execution of each sequence of state transitions of multiple events, perform calculations on the trained classification model 12A, and output a classification result regarding the degree of computational load in the information processing device 2 for each observation unit, and a load management unit 14 configured to output a response to the computational load in the information processing device 2 according to the classification result output by the classification unit 13.

The utility model relates to the technical field of grouting, and discloses a module visualization multi-material grouting test device which comprises a surrounding rock container module group, a grouting unit group and a control cabinet, the surrounding rock container module group comprises a plurality of surrounding rock container modules, and the grouting unit group comprises a plurality of grouting containers; a pressure detection piece and a driving piece are arranged on the grouting container; the output ends of the plurality of grouting containers correspond to the input ends of the plurality of surrounding rock container modules respectively, and are used for correspondingly filling different grouting materials into the plurality of surrounding rock container modules; observation units are correspondingly arranged on the surrounding rock container modules respectively; the control end of the control cabinet is connected with the observation units, the pressure detection piece and the driving piece in a wireless communication mode. According to the device, through the design of the surrounding rock container module group and the grouting unit group, high modularization is realized, so that a user can flexibly adjust the number of surrounding rock container modules and the number of grouting containers according to experiment requirements, and the grouting experiment requirements of different scales and complexity are met.

To provide a reception unit capable of performing communication at higher speed.SOLUTION: The reception unit includes an observation unit that observes a current level and a voltage level of a predetermined signal line in a bus between the reception unit and the supply unit, and a transmission unit that, when the current level and the voltage level observed by the observation unit are a first current level and a first voltage level indicating that the reception unit has a right to start information exchange via the bus, transmits assignment information that is information for assigning the right to the supply unit.SELECTED DRAWING: Figure 10

This invention discloses a smart meter durability testing device, belonging to the field of meter testing technology. It includes a test stand, on which a simulation test unit, a tightening variable control unit, and a data observation unit for detecting test results are installed. This invention uses high and low temperature testing, damp heat cycling testing, and salt spray corrosion testing modules in the simulation test unit to simultaneously simulate multiple extreme environments, accurately assessing the durability of the meter under complex operating conditions. Through a magnetically controlled connector combined with a tightening motor, the tightening stroke and pressure of the terminal screws can be precisely controlled, thereby exploring the impact of different tightening forces on the durability of the smart meter's terminals. A digital display power monitor synchronously records power consumption with the smart meter, directly comparing the test data with the actual value to quickly identify metering deviations. A camera periodically captures data from the display screen, tracking the meter's performance changes at different test stages and accurately locating the time point of failure.

The embodiments of the present application provide a time synchronization method and system, an electronic device, a computer-readable storage medium, and a computer program product, wherein the time synchronization system includes: an observation unit, a clock difference unit, and an adjustment unit. The observation unit determines an asynchronous two-way code pseudorange observation amount between the first device and the second device. The clock difference unit determines a coarse clock difference between the first device and the second device based on the asynchronous two-way code pseudorange observation amount. The adjustment unit adjusts the system time of the first device or the second device based on the coarse clock difference to synchronize the system time of the first device and the second device. After the system time is synchronized, the observation unit determines a synchronous two-way code pseudorange observation amount between the above-mentioned devices at a preset time point. The clock difference unit determines a precise clock difference between the above-mentioned devices based on the synchronous two-way code pseudorange observation amount. The adjustment unit adjusts at least one of the frequency and phase of the clock source of the first device or the second device based on the precise clock difference.

Device for optical inspection of documents (3, 22, 103, 113, 133), with a light source (9, 79, 119), an observation unit (1, 91, 101, 111; 121, 131) which has a window (2a, 2c; 92, 102; 122) through which the light emitted by the light source (9, 79, 119) for the examination of the documents (3, 22, 103, 113, 133) by an observer (11) exits, and a coupling unit (14, 14a) to introduce the light emitted from the light source (9, 79, 119) from outside into the observation unit (1, 91, 101, 111; 121, 131), characterized by the fact that the window (2a, 2c; 92, 102; 122) contains a fluorescent substance, and the window is formed by a support plate (2a, 2c; 92, 102; 122) which is suitable for supporting the document to be examined (3, 22, 103, 113, 133) in order to transmit the light emerging from the window through the document (3, 22, 103, 113, 133) towards the observer (11).

To provide a highly convenient observation apparatus.SOLUTION: An observation apparatus 10 comprises: an observation section 40 that generates an observation image of an observation target OB; an analysis section 50 that analyzes the observation target OB; and an information processing section 30 that communicates with the observation section 40 and the analysis section 50. The analysis section 50 includes an analysis beam device that emits an analysis beam to the observation target OB. The information processing section 30 has a cluster region identification section, a sequence determination section, and an analysis execution section. The cluster region identification section identifies a plurality of cluster regions included in the observation image. The sequence determination section determines a sequence of analyzing the cluster regions. The analysis execution section causes the analysis beam device of the analysis section 50 to sequentially irradiate each of the cluster regions with the analysis beam according to an analysis sequence determined by the sequence determination section.SELECTED DRAWING: Figure 1

The utility model discloses a detection system for a nozzle assembly. The detection system comprises a base station, a mounting frame, a visual camera unit, a nozzle unit, a first motion assembly, an ink droplet flying observation unit and an ink droplet dripping observation unit, wherein the mounting frame is arranged on the upper surface of the base station; the visual camera unit and the spray head unit are respectively arranged on the middle cantilever of the mounting frame and are positioned on two sides of the middle cantilever of the mounting frame; the first movement assembly is arranged on the upper surface of the base table and located below the middle cantilever of the mounting frame. An ink droplet flying observation unit and an ink droplet dripping observation unit are arranged on the first movement assembly, so that after the first movement assembly drives the ink droplet flying observation unit and the ink droplet dripping observation unit to move to the position below the spray head unit in the first direction, spray head detection is carried out. According to the system, the nozzle can be detected, and the nozzle debugging time of the ink-jet printer and the nozzle debugging time during the subsequent maintenance period are shortened.

The invention discloses an easy-to-lay thermohaline profile observation system and a laying method thereof. The system is composed of an overwater floating body unit, an underwater observation unit, a connecting cable and a water-soluble auxiliary device. The device is restrained to be of a compact integrated structure before being put, and self-driven switching from a restrained state to an observation state is achieved based on sequential dissolution of a controllable degradable material after the device enters water; the water-soluble stent, the bandage and the buckle are preferably selected from a PVA / CMC system, and have both dry and wet strength and predictable dissolution rate. The cable is subjected to piecewise linear constraint, and locking force is gradually reduced from bottom to top, so that orderly unfolding of releasing the cable at a bottom section and releasing the cable at an upper section is realized, initial disturbance is reduced, and the unfolding success rate is improved. Through cambered surface lifting and anti-slip limiting, streaming interference is reduced, flexible connection of a shallow-draft floating body, small floating balls arranged along a cable and a bottom end counterweight are matched, the unfolded chain shape tends to be perpendicular, and the device is suitable for continuous observation of a thermohaline section within the depth range of about 5-100 m.

The application provides a beam yard beam storage pedestal automatic settlement monitoring system and method, and belongs to the technical field of beam storage pedestal monitoring. The system comprises a support unit, the support unit comprises a support frame, the support frame is arranged outside the pedestal and is horizontally fixed on the ground, a lifting unit is arranged at four corners of the pedestal, the lifting unit comprises an outer cylinder, a piston rod and a rod body, the outer cylinder is vertically arranged on the support frame, the piston rod is slidingly connected to the outer cylinder, the outer cylinder is filled with a liquid medium, the piston rod is used for pushing the liquid medium to move, one end of the rod body is fixedly connected to the piston rod, and the other end of the rod body is fixedly connected to the pedestal, an observation unit, an observation plate and an alarm unit are further included, the alarm unit is connected to the observation unit and is used for sending an alarm signal when the four observation plates are not in the same plane. The application can effectively monitor the settlement of the beam storage pedestal.

The present invention provides an operation quantity determining device for determining the operation quantity related to a molding machine. The operation quantity determining device includes: an observation unit that acquires observation data obtained by observing physical quantities related to the molding process when the molding machine is performing molding; a state display unit that generates a state representation mapping diagram representing the state of the molding machine based on the observation data acquired by the observation unit; and an operation quantity output unit that outputs the operation quantity based on the state representation mapping diagram generated by the state display unit.