281 results about "Color code" patented technology

The invention discloses an underwater robot inspection obstacle avoidance control method and system, and relates to the technical field of robots, an event camera is introduced to construct a two-dimensional event response distribution diagram, local feature vectors acquired by multiple sensors are fused, a semantic point cloud is formed, and a geometric, semantic and dynamic residual triple optimization mechanism is constructed in combination with a historical environment map. According to the method, depth alignment of a current state and a historical map is realized, the dynamic obstacle identification precision and the adaptive ability of obstacle avoidance path planning are further improved, risk level division can be carried out on an updated environment map through calculation of a dynamic confidence coefficient C and a color coding mechanism, high-dynamic-risk, medium-risk and low-risk areas are distinguished, and the accuracy of obstacle avoidance is improved. According to the method, the intelligent decision-making capability of path selection is effectively enhanced, and on the basis, the data in the red area is preferentially uploaded by combining a return priority scheduling mechanism, so that the consistency matching of the task risk level and the data uploading priority is realized, and redundant data transmission is reduced.

The invention discloses a roadbed compactness laser radar point cloud evaluation system and method, and belongs to the technical field of intelligent construction of road engineering. The system comprises a laser radar point cloud acquisition module, a self-adaptive multi-scale octree space segmentation module, a differential geometric feature extraction module, a compaction degree field construction module, a compaction degree visualization module and a vibration control module. Differential geometric features are extracted, multi-scale features are fused to construct a compaction degree field, a color coded contour line image is generated, and finally a vibration path is planned and vibration parameters of the road roller are controlled. According to the system, through laser radar point cloud analysis, accurate evaluation and intelligent control of the roadbed compaction degree are achieved, the defects that a traditional compaction method depends on artificial experience, real-time evaluation cannot be achieved, compaction is uneven and the like are overcome, the roadbed compaction quality and construction efficiency are remarkably improved, and the system has important engineering application value.

The invention discloses a gas calibration and information monitoring method and system based on wireless communication, and relates to the technical field of intelligent environment monitoring, and the method comprises the following steps: arranging a sensor group in a chemical laboratory to monitor environment data in real time, and constructing a data processing platform to carry out data preprocessing and storage; establishing a gas concentration prediction model according to the random forest regression model, and evaluating the gas calibration precision; carrying out real-time gas concentration calibration by adopting a gas calibration formula, and carrying out qualification evaluation; combining the voltage and resistance of the sensor to predict and analyze the health state of the sensor, performing health assessment and generating a corresponding maintenance instruction; the state of the gas sensor is identified by using a broken line diagram, a thermodynamic diagram and color codes, and an operator is helped to quickly identify a gas concentration change trend and a high-risk area. According to the method, the operation efficiency and the maintenance management level of the gas monitoring system are effectively improved, and the method has great advantages especially in a complex experimental environment.

The invention relates to the technical field of deep sleep management, in particular to a deep sleep staging management method and system based on electroencephalogram feedback. Comprising the steps that electroencephalogram feedback of a target user is collected, an actual deep sleep waveform is extracted and judged with an expected spectral domain of an ideal state transfer stage, and an unreached stage is locked; in an unreached stage, constructing a signal mode prediction model, and determining an optimal guide window stage by combining with intervention entry point migration analysis; performing wavelet basis decomposition to obtain an excellent wave band and a clutter band of the optimal guide window period; when the signal-to-noise ratio is high, crosstalk coupling analysis is executed, and white noise is generated by using the rhythm coding library for guide management; when the signal-to-noise ratio is low, light environment and temperature response regulation is planned, and deep sleep is managed in combination with a color coding chain and a signal excitation result. According to the method and the system, guide management of different decisions can be executed in the stage of entering the deep sleep of the target user, and the deep sleep quality, stability and continuity are improved.

The invention discloses a method for monitoring VOC (Volatile Organic Compounds) unorganized emission by utilizing an ultrasonic imaging technology, and belongs to the technical field of environment monitoring. The method comprises the following steps: acquiring ultrasonic data of a chemical industry park production device through an ultrasonic imaging module; 20-100 kHz leakage ultrasonic signals are separated, and sound pressure is read; positioning a leakage source in combination with coordinate mapping and a digital twinborn model, and marking sound pressure with a color code; a fitting coefficient is obtained through laboratory calibration, the leakage rate is calculated, the total leakage volume is calculated according to the duration, and gas density can be combined to be converted into the total mass. The method has the advantages of wide-area coverage, real-time response, accurate positioning, small monitoring deviation and the like, solves the problems of multiple blind areas and difficulty in quantification of a traditional method, and provides data support for safety and environment management of chemical industrial parks.

The invention provides a color code sensor, and belongs to the technical field of sensors, and the color code sensor comprises a light source module which is used for sequentially emitting light of different colors; the linear array sensing module is used for generating light signals corresponding to the light rays of various colors according to light spots formed by reflection of the light rays of different colors; and the processing module is respectively connected with the light source module and the linear array sensing module, and is used for determining the light intensity and the light intensity proportion of each color according to the light signals corresponding to the light rays of various colors, comparing the light intensity and the light intensity proportion of each color with a corresponding preset standard threshold value, and determining a detection result. The color code detection device has the beneficial effects that the light intensity signal and the light intensity proportion are determined by combining a linear array sensing technology with emission of light rays of different colors and utilizing a triangulation ranging principle, so that stable detection of a color code is realized in a wide distance range, high tolerance and high sensitivity are achieved, and the production efficiency and the product quality are improved.

The invention provides a geological disaster early warning and monitoring system and method, and relates to the technical field of geological disaster monitoring and early warning, the geological disaster early warning and monitoring system comprises an acquisition module, a preprocessing module and an analysis module; a geological disaster early warning monitoring method comprises the following steps: S1, data acquisition; s2, preprocessing the data; s3, transmitting the data; s4, data analysis processing; s5, outputting a prediction report; according to the invention, through cooperative work of the ultrasonic detector and the infrared sensor, comprehensive monitoring of the internal structure and moisture of the mine mountain is realized; according to the method, the dynamic change data and the moisture data are combined, the stability of the mining area is comprehensively evaluated, the comprehensiveness and accuracy of early warning are improved, the risk information of geological disasters can be rapidly and clearly conveyed to management personnel through the alarm levels of color codes and sound intensity, and accurate, comprehensive and timely support can be provided for early warning of the geological disasters of the mining area.

The invention relates to the technical field of wireless communication networks, in particular to a radio frequency identification (RFID) book collaborative checking method based on a wireless communication network, which comprises the following steps of: calculating an overlapping ratio of a coverage area based on a unique identifier and a deployment coordinate, and carrying out dual-condition screening by taking an area value as a basis and combining an interference signal strength threshold value; the interference judgment result is supported by geometric calculation and physical strength evaluation, the misjudgment probability is reduced, color codes are sequentially distributed for the terminals by adopting a greedy algorithm which is arranged in a descending order according to the terminal connection number, a conflict-free mapping relation between the color codes and terminal numbers is established, effective isolation of time slot resources is achieved, and the interference judgment efficiency is improved. The retransmission risk caused by same-frequency interference is reduced, the interval time from data sending to receiving confirmation is recorded, Kalman filtering operation is input, the available bandwidth is recursively corrected in combination with state estimation, process noise and a predicted value, and the transmission adaptability under the condition of channel sudden fluctuation is improved.

The invention discloses an on-line color measurement method. The method comprises the steps of optical system correction, image acquisition, image correction preprocessing, chromatic aberration calculation, ink channel ink quantity adjustment and continuous measurement adjustment. The method has the beneficial effects that the defect that traditional equipment only monitors a color control strip area is overcome, the problem that the image deviates from a design pattern due to factors such as a printing position, paper deformation and lens distortion can be effectively solved through spatial correction of the image, and after pixel-level registration, the color control strip area of the image can be effectively corrected. The image and the design image are in pixel-by-pixel correspondence, so that the detection accuracy is improved, reference correction is implemented by setting a fixed color block, and a color block strip is arranged in the field of view of the imaging camera as a correction color code, so that the imaging camera can synchronously obtain the correction color code in the process of obtaining the image in real time, and the detection accuracy is improved. And the color difference value of the image can be accurately calculated, so that accurate correction can be effectively carried out.

The utility model relates to a blue film feeding device and film coating equipment, and belongs to the technical field of battery packaging, the blue film feeding device comprises an equipment side plate, the equipment side plate is provided with an air expansion shaft used for discharging and a sliding way located on one side of the air expansion shaft, the air expansion shaft is sleeved with a winding drum, and the surface of the winding drum is wound with a blue film; the detection assembly comprises a mounting seat and a color code sensor, the mounting seat is slidably connected with the slide way, the color code sensor is mounted on the mounting seat and used for distinguishing the blue film and the winding drum, and the mounting seat can slide along the slide way to be close to or away from the inflatable shaft. According to the device, the white exposure area on the periphery of the winding drum can be recognized through the color code sensor, then a signal is transmitted to the controller on the device, the device is shut down in time, film collapse caused by insufficient incoming blue film length is avoided, and the blue film is fully utilized. And the mounting seat can slide along the slide way to be far away from the inflatable shaft, so that the operation space is reserved, and the problem that the color code sensor and the mounting seat obstruct the operation when the blue film is produced and replaced is solved.

The invention discloses a multi-modal feature fusion digital human video generation method and device based on time sequence position coding. The method comprises the following steps: constructing key points based on a monocular video; fitting and replacing a face Flame coefficient of the SMPLX model by using a face Faceverse coefficient detected by a Faceverse model, fitting and replacing a hand representation of the SMPLX model by using a Mano hand shape detected by a Hamer model, and obtaining an optimized SMPLX model; drawing based on the key points to obtain a color coding representation image and an eye fixation image, and drawing based on the optimized SMPLX model to obtain a depth image, a semantic image and a normal image; time sequence position codes used for enhancing time sequence consistency are introduced into an image generation model, multiple frames of digital human images are continuously generated based on multi-modal features formed by all the images, and audios are added to obtain a digital human video, so that the method has wide application prospects in multiple fields.

The invention provides a real-time response-oriented mining communication and data management intelligent fusion method and system, and the method comprises the steps: obtaining a to-be-transmitted data stream of mining equipment and a service priority of the to-be-transmitted data stream, and determining an RU distribution strategy, a minimum guarantee service period and forward error correction coding redundancy according to the service priority, real-time channel quality and a preset combination mode; based on the historical channel interference information, the average priority weight of the borne service and the interference information of the adjacent BSS, calculating a BSS color code and adjusting the conflict detection sensitivity of BSS coloring; calculating a CCA threshold according to the service priority, the current environmental noise level and a grading adjustment factor associated with the color code difference of the adjacent BSS and the priority of the data unit to be sent; when the channel state meets the CCA threshold and the current BSS color determined according to the adjusted sensitivity is available, transmitting data to a service node; and the service node analyzes the received data stream in real time and fuses the multi-source information based on the knowledge graph.

The invention relates to the technical field of oil exploration logging data processing, and discloses a far exploration sound wave migration imaging data three-dimensional well trajectory correction method and related device.The method comprises the steps that horizontal well logging data are collected, coordinates of a well trajectory in space are obtained through calculation according to the horizontal well logging data, and the coordinates of the well trajectory are calculated according to the coordinates; the well track is drawn according to the coordinates of the well track in the space; generating migration imaging data in different directions according to the remote exploration acoustic logging data, and generating a migration imaging picture by using a color code according to the migration imaging data; the migration imaging picture is cut into a plurality of narrow strip pictures in the direction perpendicular to the well axis, all the narrow strip pictures are sequentially drawn into designed grids, migration imaging pictures generated by migration imaging data in different directions are sequentially drawn into a three-dimensional space, and horizontal well three-dimensional well trajectory correction of the migration imaging data is completed. According to the method, the accuracy of depicting the spatial relationship of geological reflectors such as stratum interfaces, faults and cracks near a horizontal well shaft by far-detection sound waves is improved.

To enable users to accurately recognize the colors used in an image. [Solution] The image forming apparatus 1 comprises a display unit 473, a document reading unit 5 that reads an image of a document, an extraction unit 101 that analyzes the document image data obtained by reading by the document reading unit 5 and extracts the colors used in the document image MG indicated by the document image data, a digitization unit 102 that digitizes the colors extracted by the extraction unit 101, color samples CS1 to CS4 that show the colors extracted by the extraction unit 101, and a control unit 100 that associates the digitized values ​​of the colors (color codes such as Hex) and location information indicating the location in the document image MG where the colors are used with the display unit 473 as color information.

The invention discloses an electronic registration deviation rectifying device based on a gold stamping die cutting process and a method thereof, and belongs to the technical field of gold stamping die cutting processes, and the electronic registration deviation rectifying device comprises a belt conveyor and gold stamping die cutting processing equipment. The auxiliary press-fit mechanism is used for carrying out press-fit auxiliary movement on the product; the rotating mechanism is used for rotating the auxiliary press-fit mechanism; the surrounding position switching mechanism is used for carrying out surrounding rotation on the rotating mechanism; the lifting mechanism is used for carrying out lifting adjustment and supporting around the position conversion mechanism, and the sensor mechanism is used for carrying out multifunctional induction on paper products and comprises a photoelectric sensor, a color code sensor, an inductive sensor, an ultrasonic sensor and a capacitive sensor. According to information transmitted by the sensor mechanism, the auxiliary pressing mechanism, the rotating mechanism, the surrounding position switching mechanism and lifting adjustment can be started through counting of a background, the effect of changing the position deviation of a product is achieved, and the qualified rate of the product is increased.

A system for increasing a resolution of a three-dimension (3D) image determines contours of a 3D image. The system determines a mesh image vector, where the mesh image vector indicates location coordinates of feature points on a surface of an object in the 3D image. The system compares the mesh image vector with each contour. The system determines an intersecting feature point where the mesh image vector meets a contour. The system determines that a baseline dataset includes a first feature point that corresponds to the intersecting feature point. In response, the system generates a structural vector by populating the structural vector with the intersecting feature point. The system determines a color code associated with the intersecting feature point and generates a textural vector by populating the textural vector with the color code. The system generates an image vector by combining the structural vector and the textural vector.

This invention relates to the field of garment production chain collaboration, specifically disclosing a method for querying and quoting garment styles based on the SKU dimension. The method includes: creating and distributing query forms supporting multi-dimensional selection by style, style color, and style color code SKU; the supplier terminal generating a quotation based on the query form, calling its internal standard component cost library to calculate details for SKU entries, updating the status to "quoted" and generating a unique version record after confirmation; the brand performing operations such as accepting or rejecting the quotation; and after order completion, using actual production cost data to calibrate the supplier's standard cost library. This invention achieves refined cost control from the style level to the SKU level, ensures the rigor and traceability of the collaborative process through a versioned state machine, and realizes self-optimization of the cost model through a data closed loop of quotation-production-calibration, significantly improving the collaborative efficiency and cost control capabilities of the garment supply chain.

The present invention relates to a novel training device designed to enhance the skill and performance of golfers by optimizing their swing mechanics. The device is adaptable to various training environments, enabling both indoor and outdoor use, and is compatible with a range of golf clubs. This invention represents a significant advancement in golf training methodologies. This invention can also provide one or more color coding systems to enable corrective feedback to the user.

To effectively recommend cosmetics that consumers inquire about by accumulating color codes and consolidating them by personal color.SOLUTION: A system comprises: means for accumulating color codes; means for consolidating the color codes by personal color; and means for recommending cosmetics that consumers inquire about.SELECTED DRAWING: Figure 1

The present invention provides a torque tool, comprising: a plurality of head members, each head member including an identification color; a main body member connected to one of the selected head members, a torque of the main body member being transmitted to the head member, the torque being capable of adjusting a critical point of a set of reference identification colors; a color code table disposed on the main body member, the color code table including a set of color codes corresponding to the identification colors of the head members and a plurality of numerical symbols, the numerical symbols in the color codes representing the critical points of the torques corresponding to the color codes; an indicator formed on the main body member; an indicating ring provided on the main body member and capable of moving in a circumferential direction, the indicating ring having a set of color areas, an alignment of a pair of the set of color areas with the indicator indicating the critical point of the torque of the main body member, the identification color being the same as or similar to the color codes and the color areas, the critical point of the torque of the main body member being applicable to the head member, so that the main body member provides a critical point of the torque suitable for the head member, preventing the head member from damaging the structure of a screwed member.

The present invention relates to a system (100) for providing cell loading information in a wireless communication network. The system (100) comprises of one or more base stations (102), a serving cell (103a) and one or more neighboring cells (103b), one or more User Equipment (104), user interface (105), display (106) of one or more User Equipment (104), an external server (107), a database (108), a processor (109) and a machine learning module (110). The system (100) of the present invention help user to switch the network for better resource availability network through RRC UE Assistance information message or auto switching on network based on the color indication by using at least three color codes i.e. a first, second and third color code for indicating high, moderate and low radio resource availability respectively in the serving cell (103a). The visual indication may be any other form on the user display indicating the cell loading status.

The invention discloses a video rendering method and device, electronic equipment and a storage medium, and relates to the technical field of video processing. The method comprises the following steps: acquiring coded video frame data from a memory, and performing hard decoding on the video frame data in a video memory to obtain texture data; in the video memory, executing a color coding format conversion operation on the texture data to obtain target texture data; wherein the color coding format of the target texture data is a basic color coding format; and in the video memory, according to the texture object type to which the target texture data belongs, determining a rendering resource pointer matched with the texture object type, and according to the rendering resource pointer, executing a video rendering operation on the target texture data to obtain a target video, so that the target video can be rendered in a three-dimensional video rendering process. And computer resource consumption is reduced.

The invention discloses a steel plate color code identification mistake proofing device and method, and relates to the technical field of metallurgy, the steel plate color code identification mistake proofing device comprises an identification plate, a plurality of color codes are arranged on one side of the identification plate, and the color codes are sequentially arranged at equal intervals in the length direction of the identification plate; the color code spacing plate is fixedly arranged at one end of the identification plate, and the color code spacing plate comprises a middle partition plate and two side partition plates fixedly arranged on the two sides of the middle partition plate. Each color is distinguished through the identification plate, letters of each color are marked to be consistent with letters required by steel plate side spraying, an operator brushes corresponding color codes according to the letters after checking, operation is easy, and errors are not prone to occurring.

The invention discloses an optical fiber color code sensor and a manufacturing method, and belongs to the technical field of color code sensors, and the optical fiber color code sensor comprises a supporting shell at least provided with a transmitting lead-in port and a receiving lead-in port, an optical fiber assembly, and a transmitting assembly, a receiving assembly and a control processing module which are respectively arranged on the supporting shell, the optical fiber assembly is detachably connected with the transmitting lead-in port and the receiving lead-in port. The transmitting assembly is used for transmitting an optical signal to a target object from the transmitting lead-in port through the optical fiber assembly; the receiving assembly is used for receiving a feedback signal which is reflected by the target object and is transmitted through the optical fiber assembly and the receiving lead-in port in sequence; the control processing module is connected with the transmitting assembly and the receiving assembly, so that the transmitting assembly is controlled through the control processing module, and feedback signals are processed and displayed through the control processing module. The technical effects that the size of the color code sensor can be reduced, and convenience of installation and debugging can be improved are achieved.

The application discloses a page display state determination method and device, electronic equipment and a storage medium, and relates to the field of financial technology or other related fields. The method comprises the following steps: obtaining a target page set, collecting label element information of the target page, and obtaining a label element information set, wherein the target page comprises M sampling regions, the label element information comprises a label element quantity and an element color code, M is a positive integer; calculating a feature value of each sampling region based on the label element information set, and obtaining a feature value set of the target page; performing clustering processing on the feature value set based on a preset clustering algorithm, and obtaining a clustering result, wherein the clustering result represents the dispersion degree of the feature value; and determining the display state of the target page based on the clustering result. The application solves the technical problem that the page detection method in the related art cannot accurately detect the display state of some devices, and device display abnormalities are prone to occur.

The invention discloses a chemical industry park unmanned aerial vehicle intelligent emergency rescue method, and relates to the technical field of inspection and rescue of chemical industry park unmanned aerial vehicles. Comprising the steps of performing three-dimensional modeling on enterprises in the chemical industry park through unmanned aerial vehicle inspection; segmenting the enterprise three-dimensional point cloud data model diagram into a plurality of device diagrams and workshop diagrams, and setting a label on each partition diagram block; reading special equipment information of a plurality of devices by docking a special equipment platform; calculating the harmfulness H value of the device, marking the H value of each device on the unmanned aerial vehicle intelligent emergency rescue platform, and assigning a color code to each device according to the H value; therefore, the medium type condition, the rescue process condition and the risk point and the leakage position in the device are obtained, and information is provided for rescue workers. Through the arrangement of the unmanned aerial vehicle platform, the inspection danger identification capability of the unmanned aerial vehicle is enhanced, and the accident rescue level and capability of special equipment are improved.

An apparatus and a method to be used for secured shipment of goods while monitoring location and status with one or more sensors embedded in the package of the shipment container. The apparatus is operated in sleep mode is used to preserve battery power and is activated to report sensor status by means of a touch sensitive pad or switch. Reporting of sensor status may be done with color code messages of various LED blinking messages and / or by wireless means that may include location.

The utility model relates to the technical field of four-color overprinting monitoring of ink-jet printers, and discloses a four-color overprinting on-line monitoring and adjusting device of an ink-jet printer, which comprises a casing, and two groups of monitoring racks are arranged on the casing and are respectively provided with a back surface monitoring assembly and a front surface monitoring assembly. The back assembly comprises a back detection camera, a back overprinting camera and a back color code detection sensor. The front assembly comprises a front detection camera, a front overprinting camera and a front color code detection sensor. The back and front monitoring assemblies on the two monitoring racks can monitor four-color overprinting on the front and back of the paper on line at the same time, and accuracy and consistency are ensured. The back and front detection cameras capture images in real time, and the back and front overprinting cameras recognize overprinting marks, judge concentricity and determine the deviation degree. The back color code detection sensor and the front color code detection sensor detect black marks and trigger the overprinting camera to work, and automatic monitoring and adjusting are achieved.

The invention discloses a cross-belt sorting system and method based on visual monitoring, and relates to the technical field of logistics sorting, and the method comprises the steps that a data acquisition and processing module obtains the operation data of cross-belt sorting equipment in a target area in real time, and dynamically evaluates the operation state of the equipment; the visual monitoring module obtains the actual spatial layout of the equipment, constructs a visual planar graph, maps the visual planar graph to the planar graph through color coding in combination with the operation state of the equipment, and constructs an equipment operation state dynamic updating graph; the key operation index module obtains key operation indexes of the equipment by using a sliding time window technology; the early warning and decision support module sets a dynamic threshold value, automatically triggers a grading early warning system, couples atlas to highlight and display abnormal equipment, and generates an equipment preliminary optimization suggestion; the operation cockpit module integrates multi-dimensional data of a graph, key operation indexes, early warning information and personnel performance, an integrated operation cockpit view is constructed, and a cross-belt sorting scheme of visual monitoring is completed. According to the invention, the monitoring manpower is saved.