KR20130120279A - System for measuring radioactive rays and radioactivity - Google Patents

Abstract

The present invention relates to a system for measuring radiation and radioactivity comprising: a radiation and radioactivity measuring device for detecting and alarming the leakage of the radiation and radioactivity; and a user terminal for receiving radiation and radioactivity measuring results from the radiation and radioactivity measuring device, supplying the radiation and radioactivity measuring results to a user, and alarming when the radiation and radioactivity are leaked. The radiation and radioactivity measuring device comprises a radiation and radioactivity detecting part for detecting the leakage and leakage dose of the radiation and radioactivity; a housing used as a component storage space; a radiation and radioactivity alarming part for alarming the leakage and leaked degree of the radiation and radioactivity using the flickering of light or alarm sounds according to the results detected by the radiation and radioactivity detecting part; and a data communication part for transmitting the radiation and radioactivity measuring results measured by the radiation and radioactivity detecting part to the user terminal through a communication network. [Reference numerals] (100) Device 1 for measuring radiation and radioactivity;(200) Communication network;(300) User terminal 1;(500) Central monitoring device;(AA) Device 2 for measuring radiation and radioactivity;(BB) Device N for measuring radiation and radioactivity;(CC) User terminal 2;(DD) User terminal s

Description

System for measuring radioactive rays and radioactivity

The present invention relates to a radiation and radioactivity measuring system, and more particularly, to measure the radiation leakage and leakage and radioactivity in a radiation workplace, and when the leak is detected to alert the neighboring workers as well as the central monitoring device. The present invention relates to a radiation and radioactivity measuring system.

Radiation workshops use alarm lamps to warn of the danger of radiation exposure. However, the alarm lamps currently used in radiation workshops are general alarm lamps, not developed for radiation workshops. Such a general alarm light has a function of flashing a light source and an alarm sound, so that the light source blinks at regular intervals while the switch is turned on, and the alarm sound also sounds at a constant size. These general alarms can not detect the leakage of radiation, it merely serves to indicate that the workplace is a radiation workplace.

In order to overcome this problem, radiation warning lamps have been developed to notify workers of the degree of danger according to radiation and radiation leakage.However, these radiation warning lamps only measure the presence of radiation and inform them of the radiation leakage. There is a disadvantage in that it can not provide a variety of information related to radiation leakage.

The present invention is to overcome the above-mentioned conventional problems, the problem to be solved by the present invention is to measure the leakage and the amount of leakage in the radiation workplace, and if the leak is detected, the central monitoring device as well as radiation leaks to nearby workers It is to provide a radiation and radioactivity measuring system for warning the facts.

Another object of the present invention is to provide a radiation and radioactivity measuring system capable of providing a worker or a nearby resident with a variety of information related to the radiation leak, such as radiation leakage, risk, radiation leakage location, radioactivity measurement.

Another object of the present invention is to sense the environment (e.g., intensity of illumination or noise) of a radiation workplace, and operate the radiation alarm unit using the sensed results to efficiently detect radiation leakage and risk level for workers or nearby residents. It is to provide a radiation and radioactivity measuring system that can inform.

Still another object of the present invention is to provide a radiation and radioactivity measuring system capable of remotely monitoring the site situation by taking a picture of the surroundings of the radiation measuring device with a camera and transmitting the captured image to a central monitoring device when detecting radiation and radiation leakage. It is to provide.

According to an exemplary embodiment of the present invention, there is provided a radiation and radioactivity measuring device that performs a function of detecting and alarming radiation and radioactive leakage; And a user terminal configured to receive radiation and radioactivity measurement results from the radiation measurement device, provide the radiation and radioactivity measurement results to a user, and perform an alarm function, wherein the radiation and radioactivity measurement device includes radiation and radiation leakage. A radiation and radiation detector for detecting whether or not and a dose of leakage; A housing providing a part storage space therein; A radiation and radiation alarm unit for indicating whether or not the radiation and radiation leakage by generating a flashing light or an alarm sound of the radiation and radiation leakage detection result of the radiation and radiation detection unit; And a data communication unit for transmitting the radiation and radioactivity measurement results measured by the radiation and radioactivity detector to the user terminal through a communication network.

The radiation and radiation warning unit includes a light emitting unit including a plurality of light emitting diodes emitting two or more colors; A warning sound generating unit for generating a warning sound; A driving circuit unit driving the light emitting diode; And a radiation and radiation alarm controller for controlling the operation of the light emitting unit, the warning sound generating unit, and the driving circuit unit, wherein the radiation and radiation warning controller operates light emitting diodes of different colors according to the magnitude of the radiation and radiation leakage dose, The light emitting unit is controlled to adjust the flashing period of the light emitting diode, and the warning sound generating unit is controlled to generate a different level of warning sound or a warning sound generation period according to the magnitude of radiation and radiation leakage dose.

The radiation and radioactive alarm controller operates the light emitting diodes of different colors according to the radiation and radiation leakage duration, controls the light emitting unit to adjust the flashing period of the light emitting diode, and controls the size of the warning sound according to the radiation and radiation leakage duration. The warning sound generating unit is controlled to generate a warning sound generating cycle differently.

The user terminal includes a terminal data communication unit for performing data communication between the radiation and radiation measuring device and the user terminal; A terminal alarm unit for notifying a user of a radiation and radiation leak detection result received from the radiation and radioactivity measuring device; A terminal display unit for displaying various data including data on radiation and radioactivity measurement results; And a terminal controller for controlling operations of the terminal data communication unit, the terminal alarm unit, and the terminal display unit.

The alarm unit generates a vibration to generate a vibration to inform the user of radiation and radiation leakage and risk level; A terminal warning sound generating unit for generating a warning sound; And a terminal light emitting unit including a light emitting diode.

The terminal controller controls to generate the magnitude of the vibration or the period of the vibration differently according to the radiation and radiation leakage dose and the radiation and radiation leakage duration measured by the radiation and radioactivity measuring device, and the size of the warning sound or the warning sound The terminal alarm sound generating unit is controlled to generate a different generation period.

The radiation and radioactivity measuring device includes a data storage unit for storing data including the radiation and radioactivity measurement results measured by the radiation and radiation detection unit; A GPS unit for checking and providing location information of the radiation and radioactivity measuring device; A camera unit for photographing the surrounding environment of the radiation and radioactivity measuring device to provide image data, the camera unit is activated when the radiation and radiation detection unit detects radiation and radiation leakage.

The radiation and radioactivity measuring device further includes a sensor unit for measuring ambient illumination and noise of the radiation and radioactivity measuring device, and the radiation and radioactivity alarm controller is configured to measure the radiation and radiation according to the ambient light intensity measured by the sensor unit. Adjust the color and brightness of the light emitting diode of the light emitting unit of the radiation warning unit, and adjust the size and generation period of the warning sound generating unit.

The user terminal further includes an RFID unit for transmitting the radiation and radioactivity measurement results received from the radiation and radioactivity measuring device to another user terminal existing within a data transmission / reception distance or receiving radiation and radioactivity measurement results from another user terminal. .

The apparatus may further include a central monitoring device configured to receive radiation and radioactivity measurement results from the radiation and radioactivity measuring device and to monitor a state of each radiation and radioactivity measuring device.

According to the present invention, it is possible to provide a worker or a nearby resident with various information related to the radiation and radiation leakage, such as radiation and radiation leakage, the degree of danger, the location of radiation and radiation leakage.

It also senses the environment of the radiation and radiation workplace, ie the level of illuminance or noise, and uses the sensed results to operate the radiation and radiation alarms accordingly so as to effectively inform the operator or the residents of the radiation and radiation leakage and the level of danger. Can be.

In addition, when detecting radiation and radiation leakage, the surrounding situation of the radiation and radioactivity measuring device may be photographed by a camera, and the captured image may be transmitted to a central monitoring device to remotely monitor the site situation.

1 is a schematic configuration diagram of a radiation and radioactivity measuring system according to the present invention.
2 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to an embodiment of the present invention.
3 is a schematic configuration diagram of a radiation and radioactivity alarm unit of a radiation and radioactivity measuring apparatus.
4 is a perspective view and a partially cut away perspective view of the radiation and radioactivity measuring device.
5 is a schematic structural diagram of a user terminal according to an embodiment of the present invention.
6 is a schematic configuration diagram of a terminal alarm unit of a user terminal.
7 is a schematic configuration diagram of a central monitoring apparatus according to an embodiment of the present invention.
8 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention.
9 is a schematic structural diagram of a user terminal according to another embodiment of the present invention.
10 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention.
FIG. 11 is a schematic configuration diagram of the sensor unit illustrated in FIG. 10.
12 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

1 is a schematic configuration diagram of a radiation and radioactivity measuring system according to the present invention.

Referring to FIG. 1, the radiation and radioactivity measuring system according to the present invention includes a radiation and radioactivity measuring apparatus 100, a communication network 200, a user terminal 300, and a central monitoring apparatus 500.

The radiation and radioactivity measuring device 100 detects and alarms radiation and radiation leaks. That is, the radiation and radioactivity measuring device 100 detects the leakage and the dose when the radiation and the radiation is leaked by X-rays or radioisotopes from the radiation and radioactive material in the radiation and radioactive workplace. . In addition, when radiation and radioactive workplaces detect radiation and radioactive leaks, they perform alarms to alert workers or people working in the radiological and radiological workplace to inform them of radiation and radiological leakage.

The radiation and radioactivity measuring apparatus 100 may be installed at a plurality of points at a radiation and radioactive workplace, and the plurality of radiation and radioactivity measuring apparatus 100 may be installed on the central monitoring apparatus 500 and the user through the communication network 200. It is connected to the terminal 300.

The radiation and radioactivity measurement result detected by the radiation and radioactivity measuring apparatus 100 is transmitted to the user terminal 300 and the central monitoring apparatus 500 through the communication network 200.

The user terminal 300 performs a function of receiving a radiation and radioactivity measurement result from the radiation and radioactivity measuring device 100, and performs an alarm function of notifying the user of radiation and radiation leakage and a dose of radiation. Since a worker who works in a radiation and radiation workplace may not be aware of an alarm situation in the radiation and radioactivity measuring device 100 during the work, the user terminal 300 that the worker individually possesses in preparation for such a case may occur. It informs you of radiation and radiation leaks and doses and lets you recognize alarm conditions.

The central monitoring apparatus 500 receives radiation and radioactivity measurement results from a plurality of radiation and radioactivity measuring apparatuses 100, and performs a function of monitoring a state of each radiation and radioactivity measuring apparatus 100. In addition, the central monitoring apparatus 500 analyzes the leakage point and the diffusion path of the radiation and radioactive material based on the radiation and radioactivity measurement results received from the plurality of radiation and radioactivity measuring apparatus 100, and analyzes the analysis result in a user terminal ( 300).

Figure 2 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to an embodiment of the present invention, Figure 3 is a schematic configuration diagram of a radiation and radioactivity alarm of the radiation and radioactivity measuring apparatus, Figure 4 is a radiation and radioactivity measurement A perspective view of the device.

2, the radiation and radioactivity measuring apparatus according to an embodiment of the present invention, the radiation and radiation detection unit 110, the housing 120, the radiation and radiation warning unit 130, the data communication unit 140 and the radiation and Radioactivity measuring device control unit 190 includes.

The radiation and radiation detector 110 detects radiation and radiation leaks, and the radiation and radiation detector 110 leaks radiation and radiation by X-rays or radioactive isotopes in a radiation and radiation workplace. If possible, detect leaks and leak doses.

The housing 120 provides a component storage space therein, and the component storage space includes a radiation and radiation detection unit 110, a radiation and radiation warning unit 130, a data communication unit 140, and a radiation and radiation measurement unit controller 190. Various parts are stored, including. In the present embodiment, the housing 120 is formed in a cylindrical shape as a whole, but is not limited thereto.

The housing 120 includes a body 121, a cover 122, and a lever 123.

The body 121 is formed in a cylindrical shape as a whole, and a component storage space is provided therein. The cover 122 is fastened to the top of the body 121 and performs a function of covering various circuit components. In addition, the cover 122 is formed of a light transmissive or semi-transparent material, and serves to emit light from the light emitting unit.

The lever 123 is rotatably fastened to the lower end of the body 121. When used as a fixed type to fold the lever 123 to contact, when using a mobile can be used to expand the lever 123 to facilitate the user gripping the radiation and radiation workplace alarm device.

The radiation and radiation warning unit 130 performs the function of informing the notification according to the radiation and radiation leakage detection result of the radiation and radiation detection unit 110, and generates a flashing light or an alarm sound to determine whether or not the radiation and radiation leakage Inform.

Referring to FIG. 3, the radiation and radiation warning unit 130 includes a light emitting unit 131, a warning sound generating unit 133, a driving circuit unit 135, and a radiation and radiation warning controller 139.

The light emitting unit 131 is composed of a plurality of light emitting diodes, and each light emitting diode is disposed on a circuit board while being spaced apart from each other. The light emitting diode may emit light having various wavelengths. For this purpose, for example, a light emitting diode that controls the content of indium (In) used as an active layer in a nitride based light emitting diode or emits light having different wavelengths may be used. Alternatively, or a light emitting chip that emits light of a predetermined wavelength band such as ultraviolet rays and the like may be used in combination.

In the present embodiment, the light emitting diode includes light emitting diodes of various colors. For example, the light emitting unit 131 may include yellow, blue, and red light emitting diodes, and operate the light emitting diodes of different colors according to the radiation and radiation leakage dose, the leakage duration, and the like by controlling the flashing period differently. It is implemented to make it easy to identify the current level of risk.

As a warning sound generating unit 133 for generating a warning sound, various types of speakers may be used, but in this embodiment, a piezoelectric speaker is used. The warning sound generator 133 is installed outside the upper end of the cover 122 of the housing 120 in order to maximize the directivity of the sound, but the type and installation position of the speaker are not limited thereto. In addition, the warning sound generating unit 133 outputs the type and size of the warning sound differently according to the radiation and radiation leakage dose and leakage duration, so that the operator can easily grasp the current risk level step.

The driving circuit unit 135 performs a function of driving the light emitting diode of the light emitting unit 131.

The radiation and radioactivity alarm controller 139 controls the operations of the light emitter 131 and the warning sound generator 133 according to the radiation and radioactivity measurement results of the radiation and radiation detector 110.

The radiation and radiation alarm controller 139 operates light emitting diodes of different colors according to the radiation and radiation leakage dose, and controls the light emitting unit 131 so that the flashing cycle is operated differently. For example, the radiation and radiation leakage doses operate the blue light emitting diodes in the first range, the yellow light emitting diodes in the second range, and the red light emitting diodes in the third range. .

Depending on the magnitude of the radiation and radiation leakage dose, it is possible to adjust the blinking period of the light emitting diode in addition to operating the color of the light emitting diode differently. That is, the radiation and radiation dose are operated slowly at the flashing cycle in the first range, at the intermediate speed in the second range, and rapidly at the third range. can do.

In addition, the radiation and radiation alarm controller 139 operates the light emitting diodes of different colors according to the radiation and radiation leakage doses, as well as the radiation and radiation leakage durations, and controls the light emitting unit 131 so that the flashing cycles are operated differently. do. In other words, even if a small amount of radiation and radiation is leaking, if the leaking time persists, it is easy to reach a dangerous state so that it can be notified by using the color and blink cycle of the light emitting diode.

In addition, the radiation and radioactive alarm controller 139 controls the warning sound generating unit 133 to generate a different level of the warning sound or a warning sound generation period according to the radiation and radiation leakage dose and the radiation and radiation leakage duration.

The data communication unit 140 transmits the radiation and radioactivity measurement results measured by the radiation and radiation detection unit 110 to the user terminal 300 and the central monitoring apparatus 500 through the communication network 200.

The radiation and radioactivity measuring device control unit 190 controls the operations of the radiation and radiation detection unit 110, the housing 120, the radiation and radiation warning unit 130, and the data communication unit 140.

5 is a schematic configuration diagram of a user terminal according to an exemplary embodiment of the present invention, and FIG. 6 is a schematic configuration diagram of a terminal alarm unit of the user terminal.

Referring to FIG. 5, the user terminal 300 according to an exemplary embodiment of the present invention includes a terminal data communication unit 310, a terminal alarm unit 320, a terminal display unit 330, and a terminal controller 390.

The terminal data communication unit 310 receives the radiation and radiation measurement results measured by the radiation and radiation detection unit 110 of the radiation and radioactivity measuring apparatus 100 through the communication network 200, and the central monitoring apparatus 500 and various It transmits and receives data and control signals and performs a function of transmitting and receiving data and control signals between user terminals.

The terminal alarm unit 320 performs a function of notifying the user of the radiation and radiation leakage detection result received from the radiation and radioactivity measuring apparatus 100, and generating a flashing light or an alarm sound or vibration to detect radiation and radiation leakage and Tell the extent.

Referring to FIG. 6, the terminal alarm unit 320 includes a vibration generator 321, a terminal warning sound generator 323, and a terminal light emitter 325. The vibration generating unit 321 generates the magnitude of the vibration or the period of the vibration differently according to the radiation and radiation leakage dose and the radiation and radiation leakage duration, thereby informing the user of the radiation and radiation leakage and the level of danger.

Similar to the warning sound generator 133 of the radiation and radioactivity measuring device, the terminal warning sound generating unit 323 generates a warning sound size or a warning sound generation period differently according to the radiation and radiation leakage dose and the radiation and radiation leakage duration.

The terminal light emitter 325 may additionally configure a separate light emitting means in the user terminal, or may use the terminal display. Like the light emitting unit 131 of the radiation and radioactivity measuring device, the terminal light emitting unit 325 also generates a warning sound generating unit to generate a warning sound size or a warning sound generation period differently according to the radiation and radiation leakage dose and the radiation and radiation leakage duration. 140).

The terminal display unit 330 displays various data including data on the radiation and radioactivity measurement results.

The terminal controller 390 controls the operations of the terminal data communication unit 310, the terminal alarm unit 320, and the terminal display unit 330.

Meanwhile, in the present embodiment, the user terminal may be a portable mobile communication device, for example, a mobile phone, a PDA or a smart phone. Each user terminal 300 may incorporate a Bluetooth chip to perform data communication between the user terminals.

7 is a schematic configuration diagram of a central monitoring apparatus according to an embodiment of the present invention.

Referring to FIG. 7, the central monitoring apparatus according to an embodiment of the present invention includes a central data communication unit 510, a central data storage unit 520, a central alarm unit 530, an emergency rescue request unit 540, and a central display unit. 550 and a central control unit 590.

The central data communication unit 510 receives the radiation and radioactivity measurement results measured by the radiation and radiation detection unit 110 of the radiation and radioactivity measurement apparatus 100 through the communication network 200, or the radiation and radioactivity measurement apparatus 100. Transmits a control signal and transmits and receives data and control signals between user terminals.

The central data storage unit 520 stores various data including the radiation and radioactivity measurement results transmitted from the radiation and radioactivity measuring apparatus 100.

The central alarm unit 530 performs a function of notifying a manager of the radiation and radiation leak detection result received from the radiation and radioactivity measuring device 100, and generating a flashing light or an alarm sound to determine whether and how much radiation and radioactivity leak. Inform.

The emergency rescue requesting unit 540 notifies the fire department or the emergency room of the fact that the radiation and radiation leakage dose and the radiation and radiation leakage duration time exceed a preset threshold.

The central display unit 550 displays a variety of data including data on radiation and radioactivity measurement results and an interface for operating the central monitoring device.

The central control unit 590 controls the operations of the central data communication unit 510, the central data storage unit 520, the central alarm unit 530, the emergency rescue request unit 540, and the central display unit 550. .

8 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention. Referring to FIG. 8, the radiation and radioactivity measuring apparatus according to another embodiment of the present invention may include a radiation and radiation detection unit 110, a housing 120, a radiation and radiation warning unit 130, a data communication unit 140, and data storage. The unit 150, the GPS unit 160, the camera unit 170, and the radiation and radiation measuring device control unit 190 are included.

This embodiment further includes a data storage unit 150, a GPS unit 160, and a camera unit 170 as compared to the above-described embodiment, and the rest of the configuration will be described below with a different configuration.

The radiation and radiation detector 110 detects radiation and radiation leaks, and the radiation and radiation detector 110 leaks radiation and radiation by X-rays or radioactive isotopes in a radiation and radiation workplace. If possible, detect leaks and leak doses.

The housing 120 provides a part accommodating space therein, and various parts are accommodated in the part accommodating space. The radiation and radiation warning unit 130 performs the function of informing the notification according to the radiation and radiation leakage detection result of the radiation and radiation detection unit 110, and generates a flashing light or an alarm sound to determine whether or not the radiation and radiation leakage Inform. The data communication unit 140 transmits the radiation and radioactivity measurement results measured by the radiation and radiation detection unit 110 to the user terminal 300 and the central monitoring apparatus 500 through the communication network 200.

The data storage unit 150 stores the radiation and radioactivity measurement results measured by the radiation and radiation detection unit 110 and the image data photographed by the camera unit to be described below. The GPS unit 160 performs a function of checking and providing location information of the radiation and radioactivity measuring device.

The camera unit 170 performs a function of photographing the surrounding environment of the radiation and radioactivity measuring apparatus to provide image data. The camera unit 170 is not operated before radiation and radiation leakage, and is controlled to operate when the radiation and radiation detection unit 110 detects radiation and radiation leakage.

9 is a schematic structural diagram of a user terminal according to another embodiment of the present invention.

9, a user terminal according to another embodiment of the present invention includes a terminal data communication unit 310, a terminal alarm unit 320, a terminal display unit 330, an RFID unit 340, and a terminal control unit 390. do.

Compared to the above embodiment, the user terminal according to the present embodiment is further configured with an RFID unit, and the rest of the configuration is similar.

The RFID unit 340 transmits the radiation and radioactivity measurement results received from the radiation and radioactivity measuring device to the RFID unit of another user terminal existing within a data transmission / reception distance, or receives the radiation and radioactivity measurement results from another user terminal. Do this. The RFID unit 340 includes an RFID tag and an RFID reader. When the RFID tag enters within a reading range of the RFID reader, that is, a data transceivable distance, the RFID reader receives tag information transmitted from the RFID tag.

In the present embodiment, the user terminal receives the radiation and radioactivity measurement results from the radiation and radioactivity measuring device and stores them in the RFID tag, and the data stored in the RFID tag corresponds to the RFID reader of another user terminal when the data reader can transmit and receive data. Is sent to the reader.

According to the present exemplary embodiment, the user terminal 300 may transmit and receive data to another user terminal located in the data communication category using the embedded RFID unit 340. As a result, even if there is a user terminal that does not receive the radiation and radioactivity measurement result from the radiation and radioactivity measuring apparatus 100 or the central monitoring apparatus 500, when there are other user terminals nearby, data is received from the adjacent user terminal. It is possible to receive the radiation and radioactivity measurement results.

10 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention, and FIG. 11 is a schematic configuration diagram of a sensor unit shown in FIG. 10.

10, the radiation and radioactivity measuring apparatus according to another embodiment of the present invention, the radiation and radiation detection unit 110, the housing 120, the radiation and radiation warning unit 130, the data communication unit 140, the sensor The unit 180 and the radiation and radioactivity measuring device control unit 190 is included.

The sensor unit 180 is installed inside the housing 120, and performs a function of measuring a surrounding environment, for example, illuminance and noise, of the radiation and radioactivity measuring apparatus 100. Referring to FIG. 11, the sensor unit 180 includes an illuminance sensor 181 and a noise measuring sensor 183. The illuminance sensor 181 measures the illuminance of the surrounding environment of the radiation and radioactivity measuring apparatus 100, and the noise measuring sensor 183 performs a function of measuring the ambient noise of the radiation and radioactivity measuring apparatus 100.

The radiation and radiation alarm controller adjusts the light emitting diode color and luminance of the light emitting unit of the radiation and radiation warning unit 130 according to the illumination of the surrounding environment measured by the sensor unit 180 so that nearby workers can recognize it more easily and easily. .

In addition, the radiation and radioactive alarm controller adjusts the size or frequency of occurrence of the alarm sound generating unit of the radiation and radioactive alarm unit 130 according to the noise level of the surrounding environment measured by the sensor unit 180 so that nearby workers can quickly recognize the alarm situation. To help.

12 is a schematic configuration diagram of a radiation and radioactivity measuring apparatus according to another embodiment of the present invention. 12, the radiation and radioactivity measuring apparatus according to the present embodiment includes a radiation and radiation detection unit 110, a housing 120, a radiation and radiation warning unit 130, a data communication unit 140, and a fire detection sensor 175. And a fire alarm unit 185.

The fire detection sensor 175 is installed inside the housing 120 to perform a function of detecting whether a fire has occurred in the vicinity of the radiation and radiation measuring apparatus 100. As the fire winding sensor, a heat sensor, a smoke sensor, or the like may be used.

The fire alarm unit 185 performs a function of notifying the fire according to the fire detection result of the fire detection sensor 175 and generates a flashing light or an alarm sound to inform whether and how much the radiation and radiation leak. In the present embodiment, a separate fire alarm is provided, but a fire alarm may be performed using a radiation and radiation alarm.

What has been described above is merely an exemplary embodiment of a radiation and radioactivity measuring system according to the present invention, and the present invention is not limited to the above-described embodiment, and as claimed in the following claims, the gist of the present invention Without departing from the scope of the present invention, any person having ordinary skill in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

100: radiation and radioactivity measuring device 110: radiation and radiation detection unit
120 housing 130 radiation and radiation alarm
140: data communication unit 150: data storage unit
160: GPS unit 170: camera unit
180 sensor unit 190 radiation and radioactivity measuring device control unit
200: communication network 300: user terminal
500: Central monitoring device

Claims (10)

In radiation and radioactivity measuring systems,
A radiation and radioactivity measuring device for detecting and alarming radiation and radioactive leakage; And
And a user terminal configured to receive radiation and radioactivity measurement results from the radiation and radioactivity measuring device, provide the radiation and radioactivity measurement results to a user, and perform an alarm function.
The radiation and radioactivity measuring device,
A radiation and radiation detector for detecting radiation and radiation leakage and leakage dose;
A housing providing a part storage space therein;
A radiation and radiation alarm unit for indicating whether or not the radiation and radiation leakage by generating a flashing light or an alarm sound of the radiation and radiation leakage detection result of the radiation and radiation detection unit; And
And a data communication unit for transmitting the radiation and radioactivity measurement results measured by the radiation and radioactivity detector to the user terminal through a communication network.
The method of claim 1,
The radiation and radiation warning unit,
A light emitting unit including a plurality of light emitting diodes emitting two or more colors;
A warning sound generating unit for generating a warning sound;
A driving circuit unit driving the light emitting diode; And
Radiation and radiation alarm controller for controlling the operation of the light emitting unit, the warning sound generating unit and the driving circuit unit,
The radiation and radiation alarm controller operates the light emitting diodes of different colors according to the magnitude of the radiation and radiation leakage dose, controls the light emitting unit to adjust the flashing period of the light emitting diode, and generates a warning sound according to the magnitude of the radiation and radiation leakage dose. Radiation and radioactivity measuring system, characterized in that for controlling the alarm sound generator to generate a different magnitude or period of the alarm sound.
3. The method of claim 2,
The radiation and radioactive alarm controller operates the light emitting diodes of different colors according to the radiation and radiation leakage duration, controls the light emitting unit to adjust the flashing period of the light emitting diode, and controls the size of the warning sound according to the radiation and radiation leakage duration. Radiation and radioactivity measuring system, characterized in that for controlling the warning sound generator to generate a different sounding cycle.
The method of claim 1,
The user terminal comprises:
A terminal data communication unit performing data communication between the radiation and radioactivity measuring device and a user terminal;
A terminal alarm unit for notifying a user of a radiation and radiation leak detection result received from the radiation and radioactivity measuring device;
A terminal display unit for displaying various data including data on radiation and radioactivity measurement results; And
Radiation and radiation measurement system comprising a terminal control unit for controlling the operation of the terminal data communication unit, the terminal alarm unit and the terminal display unit.
5. The method of claim 4,
The terminal alarm unit,
Vibration generating unit for generating a vibration to inform the user of the radiation and radiation leakage and risk level;
A terminal warning sound generating unit for generating a warning sound; And
Radiation and radiation measurement system comprising a terminal light emitting unit including a light emitting diode.
The method of claim 5,
The terminal controller controls to generate the magnitude of the vibration or the period of the vibration differently according to the radiation and radiation leakage dose and the radiation and radiation leakage duration measured by the radiation and radioactivity measuring device, and the size of the warning sound or the warning sound Radiation and radioactivity measuring system, characterized in that for controlling the terminal alarm sound generator to generate a different generation cycle.
The method of claim 1,
The radiation and radioactivity measuring device,
A data storage unit for storing data including the radiation and radioactivity measurement results measured by the radiation and radioactivity detector;
A GPS unit for checking and providing location information of the radiation and radioactivity measuring device;
And a camera unit for photographing the surrounding environment of the radiation and radioactivity measuring device to provide image data.
And the camera unit is activated when the radiation and radiation detection unit detects radiation and radiation leakage.
3. The method of claim 2,
The radiation and radioactivity measuring device,
Further comprising a sensor for measuring the ambient illumination and noise of the radiation and radioactivity measuring device,
The radiation and radiation alarm controller adjusts the color and luminance of the light emitting diode of the light emitting unit of the radiation and radiation warning unit according to the illumination of the surrounding environment measured by the sensor unit, and adjusts the size or the generation period of the warning sound generating unit. Radiation and Radioactivity Measurement System.
5. The method of claim 4,
The user terminal comprises:
Characterized in that it further comprises an RFID unit for transmitting the radiation and radioactivity measurement results received from the radiation and radioactivity measuring device to another user terminal existing within the data transmission and reception distance, or receiving the radiation and radioactivity measurement results from another user terminal Radiation and Radioactivity Measurement System.
The method of claim 1,
And a central monitoring device for receiving radiation and radioactivity measurement results from the radiation and radioactivity measuring device, and monitoring a state of each radiation and radioactivity measuring device.

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