18results about How to "Avoid misreading" patented technology

The invention discloses an intelligent filling system and method based on a large model, and the method comprises the steps: collecting the current call content, converting the call content into a text through a voice recognition large model, and obtaining a call text; carrying out preprocessing operation on the call text, and carrying out data analysis on the preprocessed call text by utilizing a text analysis large model to obtain an analysis result; making a plurality of work order templates, forming a work order database, and matching the analysis result with the work order database to obtain a current work order template; automatically filling an analysis result into a current work order template; and obtaining the emergency degree of the current service according to the analysis result, updating the emergency degree to the current work order template, and obtaining the service work order of the current call. The invention relates to the technical field of customer service, and solves the technical problems of single application scene and low intelligent degree in the existing intelligent form filling method.

The utility model discloses an optical film thickness monitoring system based on an FPGA (Field Programmable Gate Array), which belongs to the field of optical film coating and comprises an optical path and a circuit, the light path comprises a light source, a light chopper, a beam splitter, a monitoring piece and a monochromator, the circuit comprises a photoelectric conversion board and an FPGA development board, the light path part is responsible for generating and modulating light signals, the circuit part is responsible for signal conversion, amplification, demodulation, noise filtering and extreme point interpretation, on the FPGA development board, a digital signal processing technology is utilized, a reference signal is used as a benchmark, and the optical path part and the circuit part are integrated. The main signal is demodulated, in the demodulation process, noise and interference caused by factors such as environment and equipment can be eliminated, some noise and interference still exist in the demodulated main signal, the FPGA development board can further filter out the noise and improve the signal-to-noise ratio of the signal, and the extreme point of the main signal subjected to noise filtering processing corresponds to the change of the thickness of the film. The algorithm on the FPGA development board can accurately interpret the extreme points, so that the change information of the film thickness is obtained, the change of the film thickness can be more accurately identified, and the monitoring precision is improved.

The present invention discloses an electrocardiogram reading system in which a deep learning-based model and a rule-based model are integrated, the electrocardiogram reading system including: an electrocardiogram measurement unit (110) configured to generate electrocardiogram data by measuring 1- or more-lead electrocardiograms; a deep learning-based prediction unit (120) configured to generate disease prediction information by diagnosing and predicting disease from the electrocardiogram data through a deep learning algorithm; a rule-based inference unit (130) configured to generate disease inference information by inferring disease from the electrocardiogram data input from the electrocardiogram measurement unit (110) through a rule-based algorithm; and an integrated reading unit (140) configured to generate reading information by performing disease reading through the integrated analysis of the disease prediction information and the disease inference information and provide diagnostic information descriptive of the reason and basis for the diagnosis of the disease.

The present invention relates to the technical field of intelligent road signs, and in particular to an intelligent road sign indication system based on route planning, comprising: an intelligent road sign, including a direction sign, a display touch screen and an alarm light, for indicating the direction of travel to the user and displaying the route and images of markers, and indicating the direction of travel of an emergency shelter in an emergency; an interactive unit, for receiving a destination input by a user and marking the user at the same time, and determining whether the user on the route deviates from the route; a planning unit, for planning the route according to the destination; a cruise drone, for collecting road condition information, and performing occlusion detection and driving the intelligent road sign to travel to an unobstructed road sign point through the interactive unit. The present invention can quickly plan the optimal route by setting the above-mentioned device, and further improve the accuracy of the intelligent road sign while providing clear direction guidance.

To provide an automatic analysis device capable of preventing misreading of adjacent tags while maintaining communication distance, the following structure is provided. An automatic analysis device includes: a mounting section capable of mounting a container to which a wireless tag storing information is attached; an antenna of a wireless tag reader / writer that illuminates electromagnetic waves to the wireless tag and receives electromagnetic waves emitted from the wireless tag by the illumination of electromagnetic waves; and a convergence section that at least converges the electromagnetic waves illuminated from the antenna toward the wireless tag.

This application relates to the field of information technology and discloses a method, device, medium, and product for generating Excel data reports based on image recognition. The method includes: obtaining machine-coded text information based on an oscilloscope image and OCR technology; determining the image type of the oscilloscope image based on image feature identifiers in the machine-coded text information; extracting parameter names and corresponding values ​​from predefined data area coordinates according to the image type to form key-value pairs of structured data; and adding the structured data to a workbook according to autofill rules to obtain the target Excel data report.

The present application relates to the technical field of goods sorting and classifying, and discloses a warehouse system goods automatic scanning and sorting method and device and a goods sorting vehicle, which comprises the following steps: obtaining the position information of goods by scanning the positions of the goods in the transfer area of the warehouse system, and moving to the front of the goods according to the position information; obtaining the identification information of the goods by scanning the goods, judging the goods type of the goods according to the identification information, and reporting the goods type to a dispatch platform; receiving the dispatch task generated by the dispatch platform according to the goods type, and carrying the goods to a designated storage area according to the dispatch task. The present application can effectively solve the problems of goods maintenance in the transfer area and the input of manually created carrying tasks, realize the automatic and efficient sorting of goods in the warehouse system, improve the accuracy of goods sorting, and further improve the space utilization of the warehouse system.

A method for verifying and controlling the consistency of environmental protection levels during the production process includes: Step 1: An environmental engineer determines the environmental protection level of materials and customer projects and records it in the MES system, generating a QR code with embedded data including the environmental protection level of the materials, and attaching a production process flow sheet containing the QR code to the materials; Step 2: During the material cutting and feeding process, a scanning device scans the QR code attached to the materials. The MES system determines whether the environmental protection level of the materials embedded in the QR code is consistent with the environmental protection level of the customer projects recorded in the MES system. If they are consistent, the MES system allows the material cutting operation to begin; Step 3: During the finished product shipping process, a scanning device scans the QR code affixed to the finished products. The MES system determines whether the environmental protection level embedded in the QR code is consistent with the environmental protection level of the customer projects recorded in the MES system. If they are consistent, the MES system allows the finished product shipping operation to begin. This invention improves production quality stability, increases production efficiency, reduces manpower input, and saves time.

The utility model discloses a multifunctional electricity measuring instrument, comprising an instrument body, a front part of the instrument body is provided with a surface cover, a surface of the surface cover is provided with display screen glass, two sides of the surface cover are provided with slide bars, the slide bars are slidably provided with a push-and-pull plate, a top part of the surface cover is provided with a first connecting strip, and a top part of the push-and-pull plate is provided with a second connecting strip. Folding cloth capable of being folded and unfolded is arranged between the first connecting strip and the second connecting strip, first magnets are arranged on the tops of the two sides of the face cover, second magnets are arranged on the two sides of the push-pull plate, and third magnets are arranged at the bottoms of the two sides of the face cover. When the instrument is not used, the push-pull plate is pushed downwards to enable the folding cloth to be unfolded to cover the display screen glass, the display screen glass can be effectively protected, the problem that the display screen glass is prone to being scratched when the instrument is not used is solved, and therefore the phenomena of misreading and misoperation caused by scratch shielding are avoided; the detection accuracy is ensured, and the service life of the display screen glass is prolonged.

The application relates to the technical field of industrial manufacturing, and discloses a method and system for improving the completion parameters of understanding user input, which comprises the following steps: inputting an industrial standardized file, generating a semantic label, reasoning through the industrial standardized file and the semantic label, obtaining an optimized industrial standardized file, and obtaining an industrial rule set and a text parameter set input by a user. The application realizes accurate semantic label generation based on a WordNet synonym set, solves the polysemy ambiguity problem, calculates the similarity between a candidate parameter and a user conversation through an improved Levenshtein distance algorithm and a compensation mechanism, accurately captures the potential demand of the user, improves the consistency with the actual input intention of the user, multiplies the initial weight value, the click rate and the time decay factor to sort the candidate parameters, balances the instant production demand and the historical experience in the industrial scene, and significantly improves the accuracy, adaptability, efficiency and interpretability in four dimensions.

An outdoor unit of an air conditioning device (1) includes a housing (30) on which an opening (35) for maintenance is formed, and a substrate (42) disposed within the housing (30) and having a first surface (42a) on which an electrical component (41) is disposed and a second surface (42b) opposite to the opening (35). The substrate (42) has a light-transmitting region (60) and a first light source (46), when the second surface (42b) is viewed from the front side, light passes through the light-transmitting region (60) from the first surface (42a) to the second surface (42b), the first light source (46) is provided on the first surface (42a), and the first light source (46) is a surface mount type LED that emits light to the light-transmitting region (60).

The invention discloses a drawing-based method and device for identifying an object in a PDF (Portable Document Format) document. The method comprises the following steps: respectively reading drawing information of each page in a PDF document to obtain a page flow corresponding to each page; classifying each page stream to obtain corresponding brush data and cache data; the cache data at least comprises characters, pictures, a coloring mode and a filling mode; analyzing the paintbrush data into a plurality of line segments, and combining the line segments to obtain region data; filtering the area data to obtain an identification area; and obtaining a region object according to the identification region and the cache data. According to the method, the PDF storage object is directly read, complex image processing and analysis are not needed, and document processing can be efficiently, simply and conveniently completed.

The application discloses a handheld underwater detection device with adjustable direction propulsion and belongs to the technical field of underwater operation equipment. The existing handheld underwater detection device completely relies on manpower movement, and problems such as no power assistance, power and detection being unable to be coordinated exist. The application comprises a main body structure, a quick-release battery assembly, a sensing unit, an interactive display module and an underwater propulsion module. The main body structure comprises a main shell and a handheld ring connected with the main shell. The quick-release battery assembly is installed on the main body structure, provides power for the device and realizes quick release of the battery. The sensing unit comprises a detection imaging assembly and a multi-source fusion positioning navigation module. The interactive display module comprises a display screen and control buttons arranged on the top surface of the main body structure. The underwater propulsion module comprises an underwater steering engine fixed below the main body structure and an underwater propeller connected with the output end of the underwater steering engine, and the underwater steering engine is used for driving the underwater propeller to realize adjustable pitch angle. The application realizes adjustable direction autonomous propulsion of the handheld underwater detection device, integrates detection, navigation and power assistance into one, and is convenient for operation.

The utility model relates to the technical field of product display devices, and provides a two-dimensional code display device which comprises a display body and a two-dimensional code assembly, a display area and an identification area are distributed on the front face of the display body, an insertion opening is formed in the upper surface of the display area, and a display window is formed in the front face of the inner wall of the insertion opening. The two-dimensional code component can be displayed through a display window; the two-dimensional code is displayed through the display window, so that related information can be directly observed and scanned, the connecting plate inserted into the display body is directly pulled out and replaced, the two-dimensional code does not need to be frequently replaced, and a repeated utilization function is provided.

The application relates to the technical field of workpiece machining. The application provides a caliper detection device, the caliper comprising a main body and a brake pad, the brake pad and the main body being in sliding connection; the detection device comprises: a rotary table, the caliper being capable of being installed on the rotary table, the rotary table being capable of rotating to drive the caliper to sequentially switch among at least a first station, a second station and a third station; and a sliding force testing device for testing the sliding force of the caliper located at the second station, the sliding force being the frictional force generated during the sliding of the brake pad relative to the main body; the caliper detection device provided by the application can effectively improve the efficiency and quality of caliper detection.

This invention discloses a multi-channel independent closed-loop automatic temperature control system and method based on an STM32 microcontroller, comprising: a preset acquisition cycle; temperature reading through a main control module to obtain two acquisition data points; calculation of the absolute value of the difference between the two acquisition data points from each sensor; determination of whether to use the current acquisition data based on a comparison of the absolute value of the difference with a preset acquisition data difference threshold; judgment of the effective temperature data to be used based on preset upper and lower temperature thresholds for each channel, and independent control of the start / stop of the buzzer, fan drive module, and heating drive module corresponding to the current channel based on the judgment result; real-time display of the effective temperature data based on the control result; and execution of a preset cycle delay based on the above steps, after which the next cycle begins. This invention achieves precise temperature control and multi-channel independent operation, and can be widely applied to various scenarios requiring multi-channel independent temperature control.

The utility model relates to the technical field of alcohol concentration measurement in liquor, and aims to solve the problems that in the prior art, when the alcohol concentration in liquor is measured by a second-method alcohol meter method, a user holds a mercurial thermometer to measure the temperature, so that manpower is wasted, the hand is easy to slip after holding the mercurial thermometer for a long time, the mercurial thermometer is damaged, and the use cost is low. The mercurial thermometer fixing device for measuring the concentration of the ethanol in the wine solves the problems that the existing mercurial thermometer fixing device has potential safety hazards and cannot clearly see readings in a dark environment and is prone to misreading, and comprises an operation table, the operation table comprises a bottom plate and a vertical plate, the vertical plate is fixedly connected to one end of the bottom plate, and the other end of the bottom plate is fixedly connected with the mercurial thermometer fixing device. The vertical plate is perpendicular to the bottom plate; a transverse rod is fixedly installed on one side of the vertical plate, the transverse rod is horizontally arranged and located above the bottom plate, and a mercurial thermometer is hung on the transverse rod through a connecting piece; a lamp is installed on the vertical plate, and the lamp and the transverse rod are installed on the same side of the vertical plate.