151 results about "Laboratory testing" patented technology

The invention discloses a hydraulic engineering full-link core drilling quality detection intelligent management method and system, and the method comprises the steps: S1, selecting a drilling position for drilling and coring, and obtaining a sample; s2, sample label information is read and synchronized to an LIMS system, electronic tracking codes are generated, and classified storage is carried out according to preset positions; s3, scanning the code to obtain sample information, verifying the identity of the sample, and testing the sample after the sample is correct; s4, after sample detection is finished, encrypting sample data, transmitting the encrypted sample data to an LIMS system, and generating a sample report through a Web application program in combination with an NLG; and S5, pushing the detection report to the representative unit through a notification mechanism, and synchronously sending the report to the representative designated mailbox to complete transmission of report information. According to the method, a whole-process intelligent ecological system from a drilling site to laboratory detection to report delivery is formed, the space-time limitation and technical barriers of information acquisition are broken, and the timeliness and transparency of project quality information transmission are improved.

The invention relates to a disease prediction method, a model, equipment and a storage medium. The method comprises the following steps: modeling medical events and static demographic statistical data by adopting a time awareness attention mechanism and a time enhanced Transform to obtain a medical event level representation, and modeling laboratory detection data by using a hierarchical Transform to obtain a laboratory test data representation; constructing a diagnosis time sequence heterogeneous graph by integrating the external knowledge graph; fusing node embedding and edge semantic information of the diagnosis time sequence heterogeneous graph by utilizing a node-edge-type perception heterogeneous graph attention network to obtain a patient graph-level representation; multi-modal complementary features are extracted from the multi-modal representation by adopting multi-head attention and soft orthogonality constraints, and a disease prediction result is generated according to the multi-modal complementary features. According to the method, the complementary relationship between laboratory detection data and medical events can be fully mined, it is ensured that the model can extract really valuable complementary features, and the comprehensiveness and accuracy of patient characterization are improved.

The invention relates to the technical field of wheel performance testing, in particular to a laboratory testing method and system for representing the gripping performance of tire tread rubber on a wetland epoxy floor. According to the method, a thin water film of 10-100 microns is stably maintained on a representative epoxy substrate through online thickness measurement and closed-loop film control, a mu-slip rate curve is obtained at the slip rate of 0.1-10%, mu 0, mu max, delta mu and mu 10% are extracted and are subjected to in-situ fusion with British pendulum BPN under the same substrate and the same film thickness, and a wetland epoxy comprehensive grip index (WEGI) is formed. According to the method, the repeatability under the thin water film working condition and the comparability between laboratories are remarkably improved; embodiments show that the introduction of a small amount of LSBR and fine cutting grooves can synchronously improve [mu] max and BPN, while the repeatability of uncontrolled film, non-representative substrate or real vehicle test is poor. The method is suitable for rapid optimization of a new energy automobile tire tread formula.

A carbon material is a widely popular novel material and has huge market demand, in order to meet the demand of large-scale production, the invention provides a fluidized bed scaling and regulating method for carbon material production, and the method aims to improve the production efficiency and reduce the production cost. The method comprises the following specific steps: (1) measuring and calculating geometrical parameters and operation conditions of an original fluidized bed; (2) calculating geometric parameters and operation conditions of the fluidized bed after scaling according to a similarity rule of the fluidized bed for producing the carbon material; step (3), realizing scaling of the fluidized bed and / or fluidization performance regulation and control in the fluidized bed through geometric parameters and operation conditions calculated by the fluidized bed scaling method; through the innovative method, accurate parameters required by different scales of carbon material production fluidized beds can be quickly determined, so that the amplification process of the industrial fluidized bed is accelerated, the raw material loss is reduced, the product yield and quality are remarkably improved, and the conversion from laboratory achievements to actual production is accelerated.

The invention discloses a method and a system for optimally proportioning a microbial fertilizer protective agent and a preservative. The method is applied to a system comprising a cloud computing server, an edge computing node and a laboratory detection unit, environmental parameters such as temperature, humidity and pH value and bacterial activity data of the microbial fertilizer are collected through the edge computing node, and the data are uploaded to the cloud computing server. And the cloud computing server constructs a formula optimization model based on the collected data, calculates and outputs an optimal proportioning scheme, and controls the edge computing node to monitor and verify the bacterium activity stability of the optimal proportioning scheme. And dynamically adjusting the proportioning parameter of the protective agent and the preservative according to the verification result. The system integrates a high-precision sensor, data acquisition equipment and laboratory detection equipment, so that intelligent optimization of the ratio of the microbial fertilizer protective agent to the preservative is realized. The bacterial activity stability of the microbial fertilizer can be effectively improved, and the storage life is prolonged.

The invention relates to the technical field of genetic engineering, and particularly provides a multi-linked quality control product for quality control of a novel coronavirus nucleic acid detection laboratory and a preparation method of the multi-linked quality control product. The multi-linked quality control product is a multi-component composite system and is formed by mixing three substances, namely pseudovirus, target gene RNA (Ribonucleic Acid) molecules and internal standard plasmid DNA (Deoxyribose Nucleic Acid). Wherein the pseudovirus is pseudovirus particles of novel coronavirus ORF1ab gene RNA (Ribonucleic Acid) wrapped by a vesicular stomatitis virus vector and is used for monitoring virus nucleic acid extraction; the target gene RNA molecule is a novel coronavirus N gene RNA molecule and can monitor the reverse transcriptase activity; the internal standard plasmid is plasmid DNA of a human housekeeping gene RPP30, and whether inhibition or failure exists in an amplification link is monitored. According to the method, the whole process of nucleic acid extraction, reverse transcription and amplification is synchronously and hierarchically monitored, the monitoring blind area of a traditional single-component quality control product is solved, and the accuracy and efficiency of laboratory detection quality control are remarkably improved.

A digital healthcare ecosystem to transform patient care with real-time queue management, including: an appointment and laboratory test booking module configured to allow patients to easily book and schedule doctor consultations and diagnostic tests; a healthcare provider module configured to manage appointments, patient records, billing, internal laboratory and pharmacy integration, and operational analytics, with the healthcare provider module configured to manage dashboard features for physicians, hospital administrators, and laboratory technicians to monitor and update patient status; a real-time queue management module coupled to the healthcare provider module and the appointment and laboratory test booking module, wherein the real-time queue management module is configured to assign a digital token number to patients upon booking once accepted by the healthcare provider module, wherein the real-time queue management module is configured to update the queue position of patients using time-stamped data; a patient interface configured to allow patients to view real-time queue updates, book appointments, and access lab reports using the digital token number; a notification system configured to send notifications to patients and physicians regarding appointment reminders, queue progress, and follow-up instructions; a cloud-based server configured to securely store patient data and enable seamless communication between the patient interface and the healthcare provider module; a display unit configured to show estimated waiting times and notify patients when it is their turn; and a dynamic scheduling module configured to take into account physician availability, patient preferences, and historical data to minimize waiting times and avoid overbooking.

The invention discloses a laboratory inspection method based on semantic enhancement and related equipment. The method comprises the following steps: acquiring received first text information; the first text information comprises key event information actively fed back to a system inquiry experimenter in a current inspection process stage and natural voice description information of the experimenter collected in real time; performing forward semantic prediction and backward semantic verification on the first text information to obtain an event representation vector of the laboratory; the event representation vector is used for representing a laboratory event extracted from the first text information; determining event boundaries of the laboratory events and performing multi-level classification and attribute extraction on the laboratory events to obtain processed laboratory events; and performing event sequence continuity verification on the processed laboratory event, and if the verification is passed, generating a laboratory log corresponding to the processed laboratory event. The method can be widely applied to the technical field of natural language processing.

The invention relates to the technical field of tailing preparation, and provides a device and method for preparing magnesium chloride from serpentine tailings, the device for preparing magnesium chloride from serpentine tailings comprises a fixed support, the top of the fixed support is fixedly connected with a semi-cylindrical support, and a magnetic separation barrel is rotationally arranged in the semi-cylindrical support through a rotating seat; the device further comprises a circulation frame, the circulation frame is fixedly connected to one side of the top of the semi-cylindrical support, two treatment cavities are formed in the circulation frame, a mineral powder input assembly and a residue output assembly are arranged in the two treatment cavities correspondingly, and a powder liquid discharging assembly is arranged on the other side of the top of the semi-cylindrical support. And the powder liquid discharge assembly is communicated with the mineral powder input assembly. According to the technical scheme, the problem that in the magnetic separation process of the serpentine tailing powder in the prior art, it is difficult to sample, test and detect part of the serpentine tailings in the magnetic separation process of the serpentine tailings continuously is solved.

The invention provides a climate laboratory snow falling and raising environment simulation system, which belongs to the technical field of laboratory testing, and comprises a snow making device for making snow, a snow making cabin for accommodating the snow making device, an experiment cabin for accommodating a to-be-tested piece, and a snow conveying device for conveying snow made by the snow making device to the experiment cabin, the simulation system is used for carrying out snowfall simulation and snow raising simulation, when the snowfall simulation is carried out, the simulation system further comprises a snowfall device connected with the snow conveying device, and when the snow raising simulation is carried out, the simulation system further comprises a snow raising device connected with the snow conveying device. According to the system, snow making and experiment are separated in different cabins and do not affect each other, a stable environmental condition is provided for snow making, and the environmental condition of an experiment area is not affected by different temperature and humidity requirements of snow making.

1. The name of the product of this design: centrifuge. 2. Purpose of this product with design: This product with design is used as a testing instrument for medical and laboratory use. 3. The design key point of this appearance design product lies in the overall shape of the product. 4. The picture or photo that best illustrates the design points: Stereoscopic diagram 1. 5. The bottom of this product is not easy to see or cannot be seen when in use, so the top view is omitted.

The invention relates to a shale compressive strength logging prediction method, which comprehensively considers the influence of stratum stress, temperature and hydration, and specifically comprises the following steps of: preparing a shale standard cylindrical core, sequentially carrying out ultrasonic testing and drilling fluid hydration treatment on undisturbed shale under different temperature and confining pressure conditions, and carrying out shale compressive strength logging prediction. Performing ultrasonic testing under the same condition after the hydration to obtain longitudinal and transverse wave time difference before and after the hydration of the shale; based on hydration, after interval transit time is extracted, a shale compressive strength experiment is carried out. According to the method, the influence of stratum stress and temperature is considered, so that the prediction result is more accurate and reliable; the logging data is used for prediction, the efficiency is improved, and time consumption and high cost of laboratory testing can be reduced. The method is not only suitable for the field of petroleum and natural gas exploration, but also can be applied to the fields of geotechnical engineering, underground storage and the like, and the application range and the market potential are expanded.

The invention belongs to the technical field of vehicle part transportation, and particularly relates to a carrying system, method and system, a terminal and a storage medium. The carrying system comprises a carrying tray, a mass sensor is installed in the center of the bottom of the carrying tray, and path detection assemblies are installed on the periphery of the carrying tray; a plurality of transverse baffle assemblies and a plurality of longitudinal baffle assemblies are installed at the top end of the carrying tray. A controller is arranged in the carrying tray, and the controller specifies a carrying path according to information fed back by the mass sensor and the path detection assembly and drives the transverse baffle assembly and the longitudinal baffle assembly to fix the articles. Through the mass sensor and the electric baffle assembly, automatic weighing, size measurement and stable clamping of objects are achieved, and errors and potential safety hazards caused by manual operation are avoided; a path planning strategy is formulated based on a preset algorithm, a smooth obstacle avoidance path can be generated in real time in combination with multi-sensor environment perception, and an intelligent and high-reliability solution is provided for laboratory testing.

This invention provides a method for optimizing temperature control in large-volume hydraulic concrete, relating to the field of computer-aided engineering technology. The invention corrects the initial temperature field of the finite element model based on measured temperature values ​​and dynamically determines the candidate range of cooling water inlet temperature according to the current cooling rate, ensuring that each candidate range adapts to the cooling requirements. It achieves an accurate calculation starting point without laboratory testing, shortening the optimization cycle and reducing costs. By pairing candidate inlet water temperature values ​​with thermal resistance values ​​and substituting them into the finite element model to predict the temperature field, it determines the temperature safety margin, temperature difference safety margin, and temperature fluctuation stability index, using these three indices to evaluate the temperature control effect. This avoids the risk of sudden temperature drops caused by a single criterion. By selecting the feasible combination with the smallest deviation between the predicted temperature and the target control temperature as the target temperature control parameter, it achieves refined selection for each time period, ensuring that the internal temperature approaches the preset cooling target and that the cooling process proceeds smoothly.

The invention discloses an inspection instrument state monitoring system, which belongs to the technical field of medical inspection equipment, and comprises an equipment sensing layer, a data transmission layer, a data processing layer, an application display layer and a power supply module, the equipment sensing layer comprehensively acquires operation parameters, environment parameters and fault information of the inspection instrument through various sensors and universal interfaces; the data transmission layer adopts a wired + wireless dual-mode design to realize stable data transmission and breakpoint resume; the data processing layer realizes accurate identification and pre-judgment through an anomaly identification module and a fault pre-judgment module, and realizes centralized data management in combination with local and cloud storage; the application display layer realizes data visualization, remote monitoring and graded early warning through an upper computer and a mobile phone APP; the power module is equipped with a standby power supply to deal with temporary power failure. According to the method, the defects of low efficiency, early warning lagging and high operation and maintenance cost of traditional manual inspection are overcome, operation is easy and convenient, the cost is moderate, adaptability is high, real-time monitoring, accurate early warning and preventive operation and maintenance of the inspection instrument can be achieved, it is guaranteed that inspection work is carried out in order, and the primary medical inspection quality and efficiency are improved.

The invention discloses a performance analysis method and device based on a hard isolation passive optical fiber network, terminal equipment and a storage medium, and the method comprises the steps: constructing a simulation model used for representing the propagation of an optical signal in each channel according to a group velocity dispersion parameter, a preset attenuation coefficient and a preset nonlinear coefficient of each channel in the passive optical fiber network; and the simulation model is solved to obtain an approximate analytic solution used for representing the change of the optical signal in each channel along with time and space, so that the bit error rate and the achievable information rate of each channel in the passive optical network are calculated according to the approximate analytic solution, and finally, according to the bit error rate and the achievable information rate, the optical signal in the passive optical network is simulated according to the bit error rate and the achievable information rate. And generating a performance analysis result of the passive optical fiber network. Compared with a laboratory test method adopted in the prior art, the method has the advantage that the aim of performing performance analysis on the passive optical fiber network based on hard isolation efficiently at low cost can be achieved.

The disinfection device for the clinical laboratory comprises a disinfection box, a partition plate is integrally arranged in the disinfection box, a hot air box is fixedly installed at the bottom of the disinfection box, an air guide coil pipe located below the partition plate is fixedly installed in the disinfection box, and a connecting port is integrally formed in the top of the air guide coil pipe. An air inlet pipe is fixedly installed on one side of the hot air box, the other end of the air inlet pipe is fixedly installed on the air guide coil pipe, air blowing holes penetrating through the upper face and the lower face are evenly formed in the partition plate, the connecting opening and the bottoms of the air blowing holes are fixedly installed, and fixing grooves are fixedly installed in the air blowing holes; a telescopic rod is slidably connected to the bottom of the fixing groove in a penetrating mode. By means of the hot air box and the air blowing holes, after disinfectant is sprayed to appliances on the hooks for disinfection, the disinfectant is fed into the air blowing holes through the connecting ports, so that hot air enters the interior of the disinfection box, the drying efficiency of the disinfection box is higher, and time is saved.

The utility model provides a laboratory argon pipeline conveying system which comprises a liquid argon storage system, a liquid argon vaporization system and an argon using system, the liquid argon storage system is provided with a low-temperature liquid argon storage tank, the low-temperature liquid argon storage tank is connected with the liquid argon vaporization system through a pipeline, the liquid argon vaporization system is provided with a water bath vaporizer, and the liquid argon vaporizer is connected with the argon using system through a pipeline. The rear end of the vaporizer is connected with an argon buffer tank; and the argon buffer tank is connected with an argon using system through a pipeline. According to the utility model, argon is conveyed by the pipeline instead of being supplied by a traditional argon bottle, so that the operation risk of frequently replacing the argon bottle is avoided, the safety risk of using the argon is reduced, and the labor efficiency of detection and test personnel is improved.

The present invention discloses an online monitoring and analysis system for a speed regulator control oil system and a working method thereof, which belong to the technical field of hydropower station operation and maintenance. It includes a power oil return monitoring device, a power oil supply monitoring device, a control oil supply monitoring device, a control oil return monitoring device, and an analysis and control device, which are arranged between the monitoring oil pipeline and the pressure oil tank discharge pipe; it can effectively realize the online monitoring of the speed regulating oil system, complete the online real-time monitoring of the power oil supply and return and the control oil supply and return, and send the monitoring results to the analysis and control device in time. The analysis and control device can alarm according to the oil cleanliness exceeding the limit, and notify the operating personnel to perform maintenance in time. The present invention can obtain comprehensive and representative oil samples, save the laboratory testing costs and frequency stipulated by relevant regulations, and can monitor the oil particle size in real time, realize dynamic monitoring of the speed regulator oil, effectively prevent accidental shutdowns due to unqualified oil, and ensure the safe and stable operation of the unit.

This application provides an automatic continuous measurement method for the flowability of filler materials, comprising the following steps: Step S1, connecting the continuous measurement equipment, including: a first branch and a second branch connected in parallel; a third branch simultaneously connected to the ends of the first and second branches; Step S2, powder preparation; Step S3, automatic batching and slurry preparation, including adjusting the pipeline status, the pipeline status including: slurry preparation mode; water addition mode; and slurry discharge mode; Step S4, leveling work using the automatic flowability measurement device; Step S5, automatic sampling using the automatic flowability measurement device; Step S6, automatic flowability measurement; Step S7, cleaning and resetting the test plate; Step S8, cleaning the pipeline and the continuous measurement equipment. The automatic continuous flowability measurement method involved in this application can achieve high-frequency and accurate monitoring of flowability under long-distance, high-temperature conditions, and its slurry pipeline design can significantly improve the efficiency of multi-ratio tests, meeting the needs of large-scale laboratory testing.

The utility model relates to the technical field of gas distribution equipment, in particular to automatic gas distribution equipment. Comprising a gas distribution cabinet main body, a gas distribution device is arranged in the gas distribution cabinet main body, and the gas distribution device comprises a first gas input mechanism, a second gas input mechanism and a mixing tank; the first gas input mechanism comprises a first gas conveying pipeline, the second gas input mechanism comprises a second gas conveying pipeline, and the first gas conveying pipeline and the second gas conveying pipeline are respectively connected with the mixing tank; compared with the prior art, the device has the advantages that the input compressed air and the input liquefied petroleum gas are mixed, simulated and converted into the natural gas or the artificial gas, so that the device can be effectively applied to a production line of gas combustion appliance products and laboratory detection products; the gas distribution equipment can effectively solve the problem that in the prior art, the account opening cost is too high due to access of natural gas, and then the use cost of commercial natural gas cost is effectively reduced.

1. The name of the design product: enzyme label instrument (laboratory). 2. The use of the design product: for laboratory testing instruments. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

To ensure that test samples generated from patient-administered blood draws are stored reliably in an appropriate environment, and to provide technology that facilitates patients' own health management. [Solution] The blood collection management system 1 comprises an information processing device 200 located in association with a pharmacy 2 where blood collection is performed, and an information processing device 400 located in association with a hygiene testing laboratory 4 where testing is performed. The information processing device 200 transmits an identification code corresponding to the blood collection tube 38 to a database in association with a patient 10 using the blood collection tube 38. The information processing device 400 transmits the test results corresponding to the blood collection tube 38 to the database in association with the identification code.

The present invention discloses a deep-sea columnar core moving and positioning device, which relates to the technical field of on-site processing of deep-sea cores. It includes a pressure balance driving unit and a pressure-holding cylinder group fixedly connected to the pressure balance driving unit. A lead screw and a moving rod sleeved outside the lead screw are arranged in the pressure-holding cylinder group. One end of the lead screw is connected to the pressure balance driving unit and is driven to rotate by the pressure balance driving unit. A lead screw nut is threadedly connected to the lead screw. One end of the moving rod is fixedly connected to the lead screw nut, and the other end is connected with a gripper for grasping the core. An anti-rotation member is fixedly arranged in the pressure-holding cylinder group and sleeved outside the moving rod to limit the circumferential self-rotation of the moving rod. The rotation of the lead screw can drive the moving rod and the gripper to axially move in and out of the pressure-holding cylinder group. The present invention can quickly transfer and store the core containing combustible ice in the in-situ environment, provide high-quality core samples for further laboratory testing and analysis, and thus obtain more accurate core test data.

The invention belongs to the technical field of air volume monitoring, and particularly relates to a nozzle type differential pressure ring air volume monitoring system and a method thereof.The nozzle type differential pressure ring air volume monitoring system comprises a fan, a nozzle and a differential pressure sensor, the narrow end of the nozzle corresponds to and is fixedly connected with an air inlet of the fan, a differential pressure ring is arranged at the narrow end of the nozzle, and a static pressure sampler is arranged on the conical surface of the nozzle; according to the nozzle differential pressure ring air volume measuring system, air volume detection can be carried out regularly, an operator does not need to hold a detection instrument by hand, the situation that the operator must measure the air volume at a high position is avoided, and in a laboratory test, the air volume is not required to be measured at a high position, so that the air volume is not required to be measured at a high position. The air volume measurement precision of the system is within + / -5%, and the detection result is stable.

The utility model discloses a containing device for laboratory raw material detection, which comprises a containing frame, a partition frame is embedded in an inner cavity of the containing frame, an auxiliary mechanism for directly taking out solid raw materials is arranged in the inner cavity of the containing frame, the auxiliary mechanism comprises an auxiliary frame and a bottom plate, the auxiliary frame is fixedly connected with a bearing plate, the bottom plate is located at the bottom of the auxiliary frame, and the bearing plate is fixedly connected with the partition frame. Positioning columns are symmetrically and fixedly connected to the top end of the bottom plate, positioning grooves matched with the positioning columns are symmetrically formed in the bottom end of the auxiliary frame, and a groove matched with the bottom plate is formed in the bottom end of the inner wall of the containing frame. The auxiliary frame, the bearing plate, the bottom plate, the positioning columns, the suction cups and the mounting plate are matched with one another, solid raw materials detected in a laboratory are stored in the auxiliary frame, the auxiliary frame is placed in the containing frame, and the solid raw materials are directly taken out of the containing frame and poured out through the auxiliary frame; the solid raw materials can be directly taken out of the containing frame and directly poured out, and the solid raw materials can be conveniently taken out.

The invention provides a method for rapidly evaluating a high-purity quartz inclusion on site, and relates to the field of geological exploration. The method comprises the following steps: crushing, screening, washing and drying quartz ore to obtain a quartz ore sample to be evaluated; the method comprises the following steps: dispersing a to-be-evaluated quartz ore sample on a glass slide with a groove, wherein particles of the to-be-evaluated quartz ore sample are flat and are not overlapped; dropwise adding refraction oil to obtain a sample to be observed; placing a to-be-observed sample under a microscope, selecting target sample particles, and performing image acquisition on the target sample particles to obtain a target sample particle image; comparing the target sample particle image with the grading standard card to finish primary grading; and carrying out secondary grading according to the proportion of the transparent particles and the proportion of the non-transparent particles to obtain an evaluation result. According to the method, the limitation of a laboratory detection method on rapid evaluation of the ore sources in field geological exploration is overcome, the inclusion information can be rapidly obtained in the field, and powerful support is provided for geological exploration personnel to screen out the ore sources in time.

The invention discloses a method for preparing a perovskite unijunction and a laminated cell by using a perovskite single crystal, in the preparation process, a halogenated perovskite single crystal prepared in advance is dissolved in a polar solvent to prepare a perovskite photoactive layer precursor solution, other additives are not needed in the precursor solution except the halogenated perovskite single crystal, and the perovskite photoactive layer is prepared. The film quality and the device performance are improved; wherein the perovskite optical active layer is made of a perovskite material matched with a monocrystalline silicon band gap; the photoelectric conversion efficiency of the perovskite sub-cell contained in the solar cell prepared by the method in a laboratory test exceeds 23%, the initial efficiency is kept above 97% after 408 hours under an open-circuit illumination condition, the photoelectric conversion efficiency of the perovskite / crystalline silicon two-end laminated cell in a laboratory test exceeds 33%, and the perovskite / crystalline silicon two-end laminated cell has excellent operation stability.

The present disclosure provides a nucleic acid amplification test molecular diagnostic device. In this respect, a system can include a reusable base component having a heater and a disposable component including a reaction chamber and a sample receiving portion that is fluidly coupled to the reaction chamber. The base component can heat a sample fluid within the reaction chamber. Light can be directed to the reaction chamber, and light can be transmitted light from the reaction chamber to an optical detector. Data may be transmitted to an external device. Certain devices may be used for at home or point-of-care testing, and some devices may be used for laboratory testing.

The invention discloses a design method of steel structure teaching and practice comprehensive equipment. The size of the comprehensive equipment is determined according to available space of a site near an existing laboratory and budget construction cost; determining the structural system composition of the comprehensive equipment according to the civil steel structure theory and the main teaching content of the practice course, and carrying out the structural scheme design; according to the determined structural scheme and the load size, structural knowledge is used for structural calculation and construction drawing design, the sectional dimensions of beams, columns, plates and other components are determined, and a foundation is determined; according to experiment teaching content in steel structure practice and relative positions of laboratory test equipment and the comprehensive equipment, test point arrangement and wire distribution of the comprehensive equipment are designed; according to user requirements, comprehensive equipment schemes of different structure modules are selected. According to the invention, a theoretical teaching model, design practice teaching and experiment teaching are integrated.