33 results about "Radon gas" patented technology

The invention provides a radon gas detection method and device, electronic equipment and a storage medium. The method comprises the following steps: collecting a plurality of first electric signals from electric signals flowing through a comparator according to a preset time interval in a target time range; in response to the received interrupt signal from the comparator, determining a second electric signal corresponding to the occurrence moment of the interrupt signal from the plurality of first electric signals; determining a first noise value according to the plurality of third electric signals; the first range value is compensated according to the first noise value, a second range value is determined, the first range value is used for representing a signal peak range of particles corresponding to radon in a noise elimination state, and the plurality of third electric signals are signals different from the second electric signals in the plurality of first electric signals; determining a fourth electric signal whose signal peak value satisfies a second range value from the second electric signals; and determining the concentration value of the radon gas according to the number of the fourth electric signals. The accuracy of radon gas concentration detection can be improved.

1. Name of the product in this design: Radon Analyzer (RM-73). 2. Purpose of this design: For detecting radon gas. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model relates to the technical field of radon gas detection, in particular to an intelligent sensor which is used for detecting radon gas and has an anti-vibration function. Comprising an ion pulse ionization chamber and a detection assembly in the ion pulse ionization chamber, a main control circuit board is arranged at the upper end of the ion pulse ionization chamber, the detection assembly is connected to the main control circuit board, a vibration sensor is fixedly arranged on the main control circuit board, the vibration sensor is arranged on the main control circuit board, the model of the vibration sensor is SW-18015PZR-10G12B3, and the detection assembly is connected to the detection assembly. When environment vibration or real object vibration occurs, the vibration sensor transmits a switching value signal to the main control circuit board, the main control circuit board receives the switching value signal of the vibration sensor, and at the moment, the main control circuit board controls other units to stop working. And the service life and the stability of the radon gas sensor are well protected.

The radon gas and radon daughter measuring device comprises a metal hyperbaric chamber, a detector is arranged on one end face in a cavity of the metal hyperbaric chamber, the metal hyperbaric chamber is provided with a first gas inlet, a second gas inlet and a gas outlet, the first gas inlet is communicated with a port B of a four-way valve through a filter element, the second gas inlet is directly communicated with a port C of the four-way valve, and the gas outlet is communicated with a port C of the four-way valve. The air outlet is communicated with an E port of the three-way valve through the pump, a D port of the four-way valve is communicated with a G port of the three-way valve, an A port of the four-way valve is a measuring body air inlet, and an F port of the three-way valve is a measuring body air outlet. The invention further discloses a radon gas and radon daughter measurement method based on the device. The method comprises a radon gas independent measurement mode and a radon gas and radon daughter simultaneous measurement mode. According to the invention, the radon gas can be measured independently and the concentration of the radon gas and the radon daughters can be measured at the same time through one instrument, so that the problem that the radon gas and the radon daughters need to be measured respectively by various instruments at present can be well solved.

The utility model discloses a continuous soil radon gas collecting device which comprises a shell, an air pressure balancing unit, an air extracting mechanism, a control box and a ground inserting pipe. According to the continuous soil radon gas collecting device, the gas extracting mechanism is used for extracting gas, the gas pressure balancing unit balances the gas pressure of the gas extracting mechanism, the gas pressure at the outer long-strip-shaped hole in the lower side of the ground inserting pipe is balanced, soil sucked into the ground inserting pipe is effectively reduced, and the outer long-strip-shaped hole is large in hole opening, not prone to being blocked and free of being frequently extracted for cleaning; radon gas can be continuously collected; the shell and the top cover are utilized to enable the shell to be opened, so that components in the shell can be conveniently maintained; the controller communicates with a remote control center through the wireless communication module so as to receive a control signal sent by the remote control center.

1. Name of the product in this design: Radon Analyzer (RM-62). 2. Purpose of this design: For detecting radon gas. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention discloses a granite radon source-based radon detector detection method and a related device, the method is applied to a controller in a radon detector detection system, and the radon detector detection system further comprises a granite radon source, a test space and a ventilation fan between the granite radon source and the test space. The method comprises the following steps: determining a first target concentration, wherein the first target concentration is not less than the alarm concentration of a detected radon gas detector; the ventilation fan is controlled to act on the granite radon source, so that the radon gas concentration in the test space meets the first target concentration; acquiring a first signal obtained by detecting the radon gas in the test space by the detected radon gas detector; and detecting the detection performance of the radon gas detector to be detected according to the first signal. By implementing the method provided by the invention, the detection cost of the radon gas detector can be reduced.

The invention belongs to the technical field of sandstone-type uranium ore metallogenic prediction, and particularly relates to a method suitable for rapidly positioning sandstone-type uranium ore in a target stratum exposure region, and the method comprises the steps: carrying out the processing and analysis of uranium ore geological data, and circling a uranium ore target stratum exposure region A; analyzing aviation radioactive data, and extracting an aviation radioactive uranium abnormal region B; carrying out superposition analysis on the A and the area B to determine a favorable uranium mining area C; processing and analyzing soil geochemical exploration data in the C, and extracting a soil geochemical exploration Th / U abnormal region D and a soil geochemical exploration U abnormal region E; hydrogeological data in the C is analyzed, the Th / U abnormal area D and the U abnormal area E are subjected to superposition analysis, and a target area F beneficial to uranium mineralization is determined; soil radon gas measurement is carried out in the F, and a uranium metallogenic target region G is determined; carrying out soil micro-fine granulation detection in the F, and determining a uranium metallogenic target region H; and G and H are subjected to superposition analysis, and a uranium metallogenic target region I is determined. According to the method, the sandstone-type uranium ore in the exposed region of the target stratum can be efficiently and rapidly implemented.

The utility model relates to a water and gas splashing separation device for sampling of a fluid observation well, and belongs to the technical field of sampling equipment of the fluid observation well. The conical mesh screen and the planar mesh screen are combined, and the motor drives the rotating shaft to rotate, so that a water sample is splashed down on the conical mesh screen and the planar mesh screen, the collision speed and the collision area of water flow are increased, the water sample is fully scattered and diffused, the water-gas separation effect is enhanced, radon gas can quickly escape, and the radon gas separation efficiency is improved. Therefore, the degassing efficiency is improved, and the monitoring data is more accurate.

The invention discloses a surrounding rock grouting effect evaluation system and method based on radon gas monitoring, and relates to the field of surrounding rock grouting effect evaluation. The system comprises a radon gas monitoring system and a laboratory device, the radon gas monitoring system comprises a monitoring grouting anchor rod and a radon measuring assembly. A plurality of monitoring grouting anchor rods are arranged, each monitoring grouting anchor rod comprises a hollow rod body and three air exhaust rods embedded in the hollow rod body in parallel, grouting holes are formed in the pipe wall of the hollow rod body, the tail end of the hollow rod body can be opened and closed, the air outlet ends of the three air exhaust rods are fixedly installed at the tail end of the hollow rod body, and the air inlet ends of the three air exhaust rods are correspondingly located in the ranges of an elastic area, a plastic area and a broken area of surrounding rock. The radon measuring assembly comprises a radon measuring instrument; the laboratory device is a triaxial pressure experiment device. On-site actual measurement and experimental analysis are combined, multi-point radon gas precipitation concentration is synchronously monitored on site and compared with a critical characteristic threshold value, grouting effects at different depths in a rock stratum are inverted according to radon gas concentration distribution characteristics, operation is convenient and fast, system monitoring efficiency is high, and data reliability is high.

This invention provides an intelligent indoor radon monitoring system and method, relating to the field of radon monitoring technology. The system includes: deploying a multi-sensor fusion monitoring network in the room to be monitored, based on spatial grid division and multi-factor priority evaluation results; dynamically adapting the sampling frequency through the monitoring network, and simultaneously collecting radon concentration data, temperature data, humidity data, and airflow velocity data based on the determined sampling frequency; preprocessing and compensating for environmental multi-factor coupling on the collected radon concentration data, temperature data, humidity data, and airflow velocity data to obtain corrected, accurate radon concentration data; and executing multi-level early warning decisions based on the comparison results between the corrected, accurate radon concentration data and a preset threshold.

1. Name of the product in this design: Radon Analyzer (RM-70). 2. Purpose of this design: For detecting radon gas. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The application discloses a radon gas detector detection method based on a granite radon source and related devices, and the method is applied to a controller in a radon gas detector detection system, the radon gas detector detection system further comprises a granite radon source, a test space and a ventilation fan between the granite radon source and the test space, and the method comprises the following steps: determining a first target concentration, the first target concentration is not less than an alarm concentration of a measured radon gas detector; controlling the ventilation fan to act on the granite radon source, so that the radon gas concentration in the test space meets the first target concentration; obtaining a first signal obtained by the measured radon gas detector detecting radon gas in the test space; and detecting the detection performance of the measured radon gas detector according to the first signal. By implementing the method in the application, the detection cost of the radon gas detector can be reduced.

This utility model relates to an auxiliary drilling mechanism for radon gas detection in formations, including a support frame, a drilling mechanism, and a hammer pressing mechanism. The support frame is equipped with the hammer pressing mechanism, which has a pressing tube. Strike on the corresponding hammer pressing mechanism allows the lower end of the pressing tube to insert into the formation. The drilling mechanism has a drill rod that extends into the pressing tube without contacting it. After the pressing tube is inserted into the formation a certain distance, the drill rod moves downwards to remove soil from the pressing tube, thus completing the drilling operation. The beneficial effect of this utility model is that it makes the soil inside the drilled hole more compact, making it less likely to be extracted during radon gas detection, thus preventing the loss of radon gas from the soil.

Liquid is irradiated in irradiation device (2) by protons, deuterium nuclei or gamma rays. 226 The radium target, and the resulting product extracted from the irradiated liquid target solution in the first extraction device (6). 225 Origin of A 226 Radium production 225 Actinium. Then, after another irradiation, it was removed. 225 Actinium liquid target solution for further production 225 Actinium. The liquid target solution is preferably circulated through the irradiation device in a closed loop (4) and through the first extraction device (6) in another closed loop (7). The advantage of this method is that the irradiated target solution does not require drying and redissolving to separate radium from the produced actinium, and no further drying and redissolving steps are needed to regenerate the liquid target from the separated radium. Therefore, radium targets can be recovered more efficiently and safely, especially considering the effects of... 226 Radon gas is continuously produced by the decay of radium.

The invention belongs to the technical field of jewelry detection, and provides a jewelry jade radioactivity multi-parameter rapid detection device, which comprises a box body, a multifunctional detection area, a tray and a sample loading container, the multifunctional detection area is fixedly arranged at the top in the box body, and the multifunctional detection area is used for detecting radioactivity; the tray is arranged in the box body, the sample loading container is placed on the tray, and a sample to be detected is placed in the sample loading container; a closed and stable detection environment is established, a closed structure is adopted, and the device is arranged in an independent space with extremely small external interference. According to the design, natural radioactive interference such as radon gas in the environment can be effectively isolated, meanwhile, the influence of an external gamma ray background on a measurement result is remarkably reduced, basic guarantee is provided for accurate measurement, and rapid and nondestructive measurement of the gamma radiation dose rate and the alpha / beta surface pollution level of the jewelry jade surface is achieved.

Laboratory apparatus for detection of radon gas levels

The present application relates to a kind of radon detection device, ECL detection system and its application, ECL detection system includes radon detection device, radon detection device includes by working electrode, counter electrode and reference electrode constitute three electrode system, the electrolyte of three electrode system contains ruthenium bipyridine salt solution, and working electrode contains specific recognition radon gas aptamer and DNA molecule complementary with aptamer part;Wherein, aptamer is fixed on working electrode, and DNA molecule complementary with aptamer part is modified with amino group.The present application solves the defects of prior art in selectivity, sensitivity, detection time and the like, by electrochemiluminescence (ECL) detection and imaging technology, provide a kind of radon detection device and matching detection system with high selectivity, ultra-low detection limit, fast and the like advantages.

1. Name of the product in this design: Radon Analyzer (RM-65). 2. Purpose of this design: For detecting radon gas. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The invention provides a gas radon-water radon integrated three-dimensional monitoring system and method for an unstable slope body. According to the system, monitoring drill holes are formed in the front edge, the rear edge and a mechanical locking section of the unstable slope body, and contrast drill holes are formed outside the periphery of a potential slip mass. Radon gas integrated collection devices are installed at different depths of a drill hole, and characteristic radon concentration data and regional background radon concentration data which reflect the internal state of a slope body are synchronously obtained. The device is suitable for water radon detection and gas radon detection at the same time, and the continuity of data recording is guaranteed. The earth surface radon gas monitoring device is connected with the acquisition device through a pipeline, and the earth surface radon gas monitoring device and meteorological data acquired by the meteorological monitoring station are transmitted to the data acquisition and analysis unit. By comprehensively analyzing the characteristic radon concentration, the background radon concentration and meteorological data, stability evaluation and landslide early warning of the unstable slope body are realized. According to the method, the three-dimensional distribution and long-term evolution characteristics of the radon concentration in the unstable slope body can be determined in an on-site monitoring mode.

The invention provides a PING monitor prototype radon chamber test method, device and equipment and a storage medium, and aims to solve the technical problem of poor performance evaluation accuracy of a PING monitor prototype. The test method comprises the following steps: extracting gas to be tested; S10, acquiring the activity concentration of radon gas and the equilibrium equivalent concentration of radon daughters in the gas to be tested; a gas detection step S20, detecting to obtain an alpha particle net counting rate and a first beta particle net counting rate; s30, determining a radon daughter response coefficient, and determining a radon daughter response coefficient and compensation coefficient curve; s40, the response coefficient of the radon daughters is compensated, and the response coefficient of the radon daughters after compensation is obtained; a second beta particle net counting rate detection step S50, obtaining a second beta particle net counting rate; a radon gas response coefficient detection step S60, determining a radon gas response coefficient; and a monitor prototype evaluation step S70, evaluating the performance of the monitor prototype according to the compensated radon daughter response coefficient and the radon gas response coefficient.

The utility model discloses a uranium mine surface radon release rate ectopic measuring device, including the gas collecting cover and the air extraction spare, the upper portion of gas collecting cover is equipped with the gas collecting channel of closing, the surface of gas collecting channel is equipped with two symmetrical connection pipes, the bottom of air extraction spare is equipped with the insertion hole corresponding with connection pipe, air extraction spare is connected with gas collecting channel through connection pipe at insertion hole, and the one end of one connection pipe is equipped with air pump, and the surface of air extraction spare is equipped with the output pipe extending outward, the inside of gas collecting channel is equipped with annular card holder, the upper portion of annular card holder is supported with steel wire cage frame, and the steel wire cage frame is equipped with drying agent, this uranium mine surface radon release rate ectopic measuring device can effectively collect and transfer the radon gas, is not restricted by the gas collection position and environment when measuring, avoids the radiation hidden danger, and is suitable for widely using.

The application provides a radon detection method and device, electronic equipment and storage medium. The method comprises: collecting a plurality of first electric signals from an electric signal flowing through a comparator in a target time range according to a preset time interval; determining a second electric signal corresponding to a time of occurrence of an interrupt signal from the comparator from the plurality of first electric signals in response to receiving the interrupt signal; determining a first noise value according to a plurality of third electric signals; compensating a first range value according to the first noise value to determine a second range value, the first range value being used to represent a signal peak value range of radon corresponding particles in a noise-eliminated state, the plurality of third electric signals being signals different from the second electric signal in the plurality of first electric signals; determining a fourth electric signal in which a signal peak value meets the second range value from the second electric signal; and determining a concentration value of radon gas according to a number of the fourth electric signals. The accuracy of radon gas concentration detection can be improved.

The present application relates to active carbon radon measurement technical field, specifically to a kind of direct radon measurement method and device based on active carbon adsorption and analysis, its method includes the following steps: active carbon core burying, radon gas heating release, radon-containing gas drying operation, filter filtration and radon content measurement, its device includes body assembly, the upper end of the shell assembly is connected with thermostat controller, the shell assembly is equipped with carbon core heating mechanism, the lower end of the shell assembly two sides is equipped with gas flow mechanism through the public.The present application introduces the direct radon measurement method of active carbon adsorption and analysis, by directly placing the active carbon core to be measured radon into radon measurement device for constant temperature heating degassing, to obtain radon directly to directly measure radon, greatly shorten the measurement time, with the advantages of high efficiency, small error, strong anti-interference ability, greater detection depth and simple operation.

The application discloses a system and method for measuring radon concentration in different stages in the process of destroying water-containing coal rock samples, and relates to the field of radon concentration measurement. The system comprises a loading displacement device, a displacement liquid supply device, a pipeline cleaning device, a staged radon collection device, a spraying and aeration device and a radon gas measurement device. The displacement liquid with radon dissolving capacity is introduced into the coal rock sample through the liquid inlet channel in the pressure rod, the dissolved radon gas in the pore water is migrated and discharged, and the effluent is collected in different stages of loading destruction. The collected liquid is treated by pipeline heating, spraying circulation and bubbling aeration, and then the dissolved radon gas is migrated to the gas phase and introduced into the radon detector for detection. The application realizes the stage-by-stage acquisition of radon concentration in the loading process of water-containing coal rock, can accurately monitor the content of radon gas in the breaking process of water-containing coal rock, and provides a reliable experimental platform and technical support for expanding the application of radon monitoring in rock mass disaster warning and mechanical behavior characterization.

The invention discloses an underground water interaction radon gas dynamic monitoring system and method based on a taper spiral silicone rubber membrane tube. The system comprises a taper spiral silicone rubber membrane tube, an air sealing tube, an air circulation system and a radon gas detector, the taper spiral silicone rubber membrane tube comprises taper spiral parts and a cylindrical part, and the taper spiral parts are arranged at the two ends of the cylindrical part respectively; the section of the taper spiral part is gradually reduced from the joint of the taper spiral part and the cylindrical part; ribs are arranged on the inner wall of the cylindrical part; the air sealing pipe is annularly arranged outside the taper spiral silicone rubber membrane pipe; and the air sealing pipe is respectively connected with the air circulation system and the radon gas detector through connecting pieces. According to the method, the limitation of a traditional monitoring means is broken through, and reliable real-time data support is provided for watershed scale water resource management and ecological protection decision making.

This disclosure relates to a novel radon-impermeable material designed to prevent radon gas infiltration into buildings designed to mitigate health risks associated with radon exposure. It is disclosed a multilayer radon-impermeable barrier material comprising a multilayer structure with at least the following layers: a substrate layer, at least one outer layer fitted on top of the substrate layer, wherein the at least one outer layer comprises cellulose layer and a resin material; the multilayer radon-impermeable barrier material exhibits a radon gas permeability such that when subjected to a radon concentration of at least 45,000 Bq / m3 on one side of the material, the radon flux measured on an opposite side of the material is less than 1 Bq / h.

1. Name of the product in this design: Radon Analyzer (RM-60-61). 2. Purpose of this design: For detecting radon gas. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design.

The invention provides an inspection device and method for passive radon gas measuring equipment and electronic equipment, and the device comprises an MCU controller, a first box body, a second box body, active radon gas measuring equipment, the second box body and the first box body are connected through a first gas inlet pipe and a first gas outlet pipe. The second box body and the active radon gas measuring equipment are connected through a second gas inlet pipe and a second gas outlet pipe; wherein the first box body is provided with a hygrothermograph, the first air inlet pipe is provided with an air pump, and the flow of the air pump is set as a first air pump flow value; the MCU controller is in communication connection with the hygrothermograph, the active radon gas measuring device and the gas pump. By adopting the embodiment of the invention, the inspection efficiency of the passive radon gas measurement equipment can be improved.

The invention discloses a top coal structure dynamic recognition device and method based on sound-radon monitoring, and relates to the technical field of coal mine underground mining. The device comprises a probe rod main body, a radon detection device and a sound wave detection device, the probe rod main body comprises a first section rod body, a tail section rod body and a plurality of sections of middle rod bodies, and the adjacent rod bodies are detachably and fixedly connected; the radon measuring device comprises a micro electromagnetic valve and a radon measuring instrument; the sound wave detection device comprises a sound wave transmitting probe, a sound wave receiving probe and a sound wave controller. The lengths of the feeler levers can be flexibly combined according to the actual drilling depth, and the requirements for different coal seam thicknesses and working conditions are effectively met; meanwhile, the micro electromagnetic valves are controlled in a segmented mode, radon gas concentration and sound wave signals of all segments are synchronously collected and subjected to fusion analysis, dynamic detection of the top coal structure is effectively achieved, and key technical support is provided for the fully mechanized caving face.