8 results about "Smoke composition" patented technology

This invention discloses an automatic sprinkler fire extinguishing and protective cooling system testing device and method: The equipment space includes a water tank, a water pump control cabinet, and a water pump. A glass partition structure specimen is installed on at least one side of the test space. The device includes a fire source model simulating a fire, a temperature acquisition module for collecting temperature data within the test space and on the surface of the glass partition structure specimen, an image acquisition module for collecting real-time combustion images within the test space, a radiant heat acquisition module for measuring radiant heat at different distances from the glass partition structure specimen outside the test space, a smoke analysis module for collecting smoke composition data within the test space, a fire extinguishing module for spraying fire from the fire source model, a protective cooling module for spraying and cooling the glass partition structure specimen, and a smoke exhaust module for discharging smoke. This invention can conduct fire performance tests on glass partition structure specimens of different sizes and indoor space fire extinguishing tests, providing a basis for fire protection design, fire prevention, and fire rescue in indoor spaces using various types of glass as fire-resistant partitions.

The invention relates to the technical field of carbon footprint optimization, in particular to a carbon footprint optimization device for cement kiln bypass dechlorination and sylvite extraction. An analysis and judgment module; the optimization analysis module is used for supplementing the training data based on the characteristic parameter difference degree, judging whether the data supplement mode comprises return analysis supplement or not according to the particle return deviation, and determining whether the data supplement mode comprises aggregation trend analysis supplement or not according to the crusting thickness of the preheater; the return analysis module is used for determining supplement training data based on return similarity or sylvite extraction similarity according to the return efficiency difference degree; and the gathering trend analysis module is used for supplementing training data according to the wind taking difference degree, and judging whether the risk difference degree or the smoke composition difference degree is determined according to the gathering risk mean value for supplementing or not according to the gathering risk fluctuation degree of the supplemented data. According to the invention, the accuracy of carbon emission prediction can be improved.

Provided is a method to initiate and analyze chemical derivatives formed from pyrotechnic smoke reactions. Milligram quantities of a lab-scale pyrotechnic smoke composition are reacted by encapsulation with a metal probe that is rapidly heated, which then sublimes the organic dye, allowing for the testing of all of the gas-phase products for identification by pyrolysis-gas chromatography-mass spectrometry. The thermally decomposed ingredients and new side product derivatives are identified at lower relative abundances compared to the intact organic dye. Any remaining residues within the thermal probe are optionally reconstituted into solution for further analysis by liquid chromatography-mass spectrometry if desired. The results are processed via a machine learning quantitative structure-activity relationship model that provides data related to health and environmental hazards.

To provide a smoke-generating tester having a configuration which can improve an adverse effect on an environmental aspect and a health aspect, and which can reduce a testing cost, as compared to a conventional product.SOLUTION: A smoke-generating tester according to the present disclosure is a smoke-generating tester which is used for an operation confirmation test of a smoke detector and which comprises a storage portion for storing a testing-purpose gas used in the operation confirmation test. In a storage portion, as the testing-purpose gas, a smoking material containing a gas composition that is either combustible gas or carbon dioxide, or a mixture of the combustible gas and carbon dioxide, is contained, and a smoking material containing either liquid paraffin or an oil component, or a simulated smoke component which is a mixture of liquid paraffin and an oil component, is contained. The storage portion has an optional function that performs limited spray control to prevent the smoking material from being sprayed more than necessary.SELECTED DRAWING: Figure 1

The invention provides a testing device for detecting flue gas. The testing device comprises a control system, a smoke density combustion box and a detector, and the control system controls parameter selection of the testing device to achieve real-time monitoring of smoke density; the smoke density combustion box is arranged in the middle of the testing device, one end of the smoke density combustion box is connected with the control system, the other end of the smoke density combustion box is connected with the detector, and the smoke density combustion box is used for simulating the fire extinguishing process of a fire extinguishing agent; the detector is used for carrying out real-time detection on components and content of flue gas generated in the fire extinguishing process of the simulated fire extinguishing agent and after fire extinguishing; the control system is connected with the smoke density combustion box through a control sensing circuit, and the detector is connected with the smoke density combustion box through a smoke discharge pipeline. According to the testing device for detecting the smoke, the fire extinguishing process of nonmetal products in an underground coal mine is simulated through smoke induction, real-time content analysis is carried out on generated smoke components after fire extinguishing, and real-time smoke density analysis is carried out.

The invention discloses laser cutting equipment for water pump impeller machining, and relates to the technical field of laser cutting tools. Through cooperation of the air pump and the smoke sucker, smoke generated by cutting can be conveniently sucked in and discharged after being purified, and the function of environment-friendly machining is achieved; interference of environment temperature and humidity on smoke component data is analyzed through the analysis module, and the problem of concentration data distortion caused by temperature and humidity fluctuation in traditional detection is solved; the correction necessity is judged through a preset concentration difference threshold value, so that the effectiveness of the smoke component data is ensured, a reliable basis is provided for the targeted purification of the subsequent purification box, and the situation of insufficient purification or excessive purification caused by inaccurate data is avoided; the appropriate temperature and humidity interval is determined through the analysis module, the problems of sensor detection precision reduction, equipment part aging acceleration and the like caused by severe environment change are reduced, and the service life of equipment is prolonged.

The invention relates to the technical field of electronic cigarette detection, and discloses an electronic cigarette smoke analysis and detection method and system based on edge calculation. The method comprises the following steps: capturing a smoke physical characteristic data stream in real time through a multi-modal sensor, generating an initial characteristic set, and dividing a smoke space into a plurality of analysis sub-regions; identifying the dominant and secondary analysis sub-regions in combination with user identity identification information, determining environment analysis sub-regions in combination with environment background data, and forming a target analysis region set; and calculating the analysis priority difference degree of adjacent sub-regions, constructing an analysis weight map, training through a deep reinforcement learning algorithm to generate an optimal analysis path sequence, and driving each sub-region to execute smoke component detection according to the sequence. According to the method, localized real-time processing is realized based on edge calculation, the pertinence and efficiency of smoke detection are improved through region division and path optimization, and the states of smoke in different regions can be reflected more accurately.

1. The name of the design product: smoke emitter device detector. 2. The use of the design product: an instrument for detecting whether the smoke bomb is qualified, smoke concentration, smoke composition or smoke bomb performance index. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: front view.