A radiation dose measurement method and system based on electronic tags

Abstract

The present invention provides a radiation dose measurement method and system based on an electronic tag, belonging to the field of radiation measurement technology, by setting a rewritable electronic tag that can write information in a digital information format on a radiation dose detection card, and automatically identifying the sequence coding information and the cumulative radiation dose information with the help of the electronic dose card automatic identification technology, and making a one-to-one correspondence between the sequence coding information and the radiation cumulative dose information, thereby obtaining the cumulative radiation dose information of the detected object. The present invention can solve the technical problem in the prior art that the numbering sequence of multiple dose storage cards is easily disrupted when measuring simultaneously, which easily causes the measurement result to be inconsistent with the code of the detected object.

Description

Technical Field

[0001] The present invention relates to the field of radiation measurement technology, and in particular to a radiation dose measurement method and system based on electronic tags. Background Art

[0002] Radiation has many harmful effects on the human body. Radiation can have a strong impact on the human circulatory system and the body's immune system. It can also induce the incidence of cancer and accelerate the proliferation of human cancer cells. Radiation can cause damage to the human nerve center, so excessive radiation exposure can cause insomnia, dreaminess, dizziness, headaches, and even anxiety and panic. Long-term exposure to radiation can lead to prolonged light sleep and insufficient deep sleep. Over time, neurasthenia and disorientation can occur. Radiation can cause serious changes in the cardiovascular and cerebrovascular systems, such as coronary atherosclerotic heart disease or coronary artery vasospasm, which manifests as clinical symptoms and hazards such as chest tightness, shortness of breath, palpitations, and discomfort in the precordial area.

[0003] With the rapid development of social economy, the number of radiation workers (such as imaging, nuclear medicine, radiotherapy, flight attendants, nuclear power plant workers, etc.) is increasing, and the demand for detecting the cumulative radiation dose is also increasing. Therefore, how to efficiently and accurately detect the cumulative radiation dose of workers who are in a radiation environment for a long time is a technical problem that needs to be solved urgently. The current radiation cumulative dose measurement method is mainly a separate measurement of each dose detector or a semi-batch detection, in which the semi-batch detection refers to inputting the information of the detection object recorded by multiple dose detectors into the detection equipment one by one and then placing the dose detector in the designated position for detection. It can be seen that the existing technology is difficult to achieve fast, accurate and efficient batch measurement, resulting in low measurement efficiency and great measurement work pressure.

[0004] Based on the above problems existing in the prior art, the present invention proposes a method for quickly and accurately performing batch measurement on a radiation dose storage card including a dose detector. Summary of the invention

[0005] The present invention provides a radiation dose measurement method and system based on an electronic tag, in which serial coding information in a digital information format can be written, so as to solve the technical problem in the prior art that the numbering sequence of multiple dose storage cards is easily disrupted when measuring simultaneously, which easily causes the measurement result to be mismatched with the coding of the relevant detected object.

[0006] In order to achieve the above technical objectives, the technical solution of the present invention is:

[0007] The present invention provides a radiation dose measurement method based on an electronic tag, and the radiation dose measurement method comprises the following specific steps:

[0008] Step 1: providing a radiation dose detection card based on a rewritable electronic tag, wherein the radiation dose detection card is arranged in the shell of the dose box, and an electronic tag placement unit and a detector placement unit are arranged on the radiation dose detection card, wherein the rewritable electronic tag is arranged in the electronic tag placement unit, and the detector is arranged in the detector placement unit;

[0009] Step 2: writing the sequence coding information in the format of digital information into the rewritable electronic tag, wherein the sequence coding information records the information of the detected object;

[0010] Step 3: distributing the radiation dose detection card with the serial coding information written therein to the detected subject to wear, and the detected subject wears the card and performs radiation accumulation under radiation field conditions to obtain the radiation cumulative dose;

[0011] Step 4: Radiation cumulative dose measurement and processing: Place the radiation dose detection card containing the detector that has undergone radiation accumulation into a card holder with multiple card positions, and place the card holder into an automatic identification and measurement device, and use the electronic dose card automatic identification technology to automatically identify the sequence coding information and the radiation cumulative dose information, and make a one-to-one correspondence between the sequence coding information and the cumulative dose information, so as to obtain the cumulative radiation dose information of the detected object.

[0012] A specific implementation scheme may be that the radiation dose detection card may be a new radiation dose detection card or a used radiation dose detection card. The present invention can realize the reuse of radiation dose detection cards, save resources and reduce costs.

[0013] A specific implementation scheme may be that the serial coding information written into the electronic tag is obtained by digital information conversion. Specifically, the serial coding information is serial coding information in a digital information format obtained by converting the detected object information in a label information format into digital information. Wherein, the digital information conversion is realized by an information digitization processing and reading and writing device; preferably, the detected object information in a label information format can be obtained by scanning the label information code on the outer shell of the dose box by an information digitization processing and reading and writing device, or by transmitting the detected object information to the information digitization processing and reading and writing device through the host computer software. Wherein, when the detected object information is transmitted to the information digitization processing and reading and writing device through the host computer software, the information digitization processing and reading and writing device can simultaneously output the label information code corresponding to the serial coding information and paste it to the outer surface of the outer shell of the dose box. After the above steps are processed, it is ensured that the information of the object to be detected recorded in the label information code on the outer surface of the shell of the dose box corresponds to the information of the object to be detected stored in the corresponding sequence coding information, thereby avoiding the problem of inconsistency between the information of the object to be detected and the radiation cumulative amount information due to the disorder of the order of the radiation dose detection cards when measuring the radiation cumulative dose, and further ensuring the accuracy of the radiation cumulative amount detection results.

[0014] A specific implementation scheme may be that after the above steps, the detector is loaded into the detector placement unit of the radiation dose detection card, and then the dose box containing the radiation dose detection card is distributed to the corresponding object to be detected, and the radiation dose detection card is subjected to radiation accumulation processing. The radiation accumulation processing here means that after the object to be detected receives the dose box, the object to be detected wears it when in a radiation environment. After a period of time, the detector on the radiation dose detection card will accumulate a certain amount of radiation dose, that is, the radiation cumulative dose is obtained.

[0015] A specific implementation scheme may be that the electronic dosage card automatic identification technology can also automatically identify the clamping position information of the card holder.

[0016] A more specific implementation scheme may be to use the electronic dose card automatic recognition technology to automatically identify the card position information, the sequence coding information and the cumulative radiation dose information, and to make one-to-one correspondence between the radiation dose card position information, the sequence coding information and the cumulative radiation dose information.

[0017] A more specific implementation scheme may be that the automatic identification steps of the electronic label dosage card automatic identification technology are specifically as follows:

[0018] 1) using an information recognition module to simultaneously or separately automatically recognize the card position information and the sequence coding information, and to make a one-to-one correspondence between the card position information and the sequence coding information, wherein;

[0019] 2) using a dose measurement module to measure the radiation cumulative dose to obtain the radiation cumulative dose information, and using an information recognition module to make the radiation cumulative dose information correspond to the card position information and the sequence coding information one by one;

[0020] Among them, the information recognition module includes an information sensing sensor.

[0021] A specific implementation scheme may be that after step four, the radiation dose measurement method of the present invention may further add a step of saving the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or transmitting them to a data processing platform, or transmitting them to the cloud; or add a step of saving the card position information, the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or / and transmitting them to a data processing platform, or / and transmitting them to the cloud.

[0022] In the radiation dose measurement method of the present invention, the order of step 2 and step 3 can be exchanged, and the radiation dose detection card is first subjected to radiation accumulation processing, and then the sequence coding information in the digital information format recording the information of the detected object is written into a re-readable and writable electronic tag. At this time, the sequence coding information is the sequence coding information in the digital information format obtained by recording the information of the detected object in the label information format on the outer shell of the dose box using information digitization processing and digital information conversion with a reading and writing device. To ensure that the information of the detected object recorded in the label information code on the outer surface of the outer shell of the dose box before measurement corresponds to the information of the detected object stored in the corresponding sequence coding information.

[0023] The present invention also provides a radiation dose measurement system based on an electronic tag, the radiation dose measurement system comprising:

[0024] A dose box comprises a shell and a radiation dose detection card, wherein the radiation dose detection card is arranged in the shell, and an electronic label placement unit and a detector placement unit are arranged on the radiation dose detection card, wherein the electronic label placement unit is provided with a repeatedly readable and writable electronic label; wherein the detector placement unit is used to place a detector that can store the cumulative dose of radiation.

[0025] An information digital processing and reading and writing device, comprising a digital information processing module and a digital information reading and writing module, wherein the digital information processing module is used to convert the detected object information in the tag information format recorded by the tag information code or the detected object information in the tag information format stored in the upper computer software into digital information to obtain sequence coded information in the digital information format; the digital information reading and writing module is used to write the sequence coded information in the digital information format into the re-readable and writable electronic tag;

[0026] An automatic identification and measurement device comprises a card clamp placement module, an information identification module and a dose measurement module, wherein the card clamp placement module is used to place a plurality of card clamps, and the card clamps are provided with a plurality of card positions for placing the radiation dose detection card; the information identification module is used to identify card position information, sequence coding information and cumulative radiation dose information, and make the card position information, the sequence coding information and the cumulative radiation dose information correspond one to one; the dose measurement module is used to measure the accumulated radiation on the detector in the radiation dose detection card.

[0027] A specific implementation scheme may be that the digital information processing module may also be used to interpret the sequence coded information in the digital information format into the detected object information in the label information format recorded by the label information code or the detected object information in the label information format stored in the upper computer software;

[0028] The automatic identification and measurement device further comprises an information storage module, and the information storage module is used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information.

[0029] A specific implementation scheme may be that the radiation dose measurement system further includes a cloud and / or a data processing platform, and the cloud and / or the data processing platform are used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information.

[0030] Compared with the prior art, the technical solution provided by the present invention has the following beneficial effects:

[0031] (1) The radiation dose measurement method and system of the present invention are used to measure the cumulative radiation dose of the detected object, which can solve the technical problem in the prior art that the numbering sequence of multiple radiation dose detection cards is easily disrupted when measuring simultaneously, which easily causes the measurement results to be inconsistent with the numbers of the relevant detected objects, resulting in the inability to accurately measure the cumulative radiation dose of the detected object, causing immeasurable economic losses.

[0032] (2) Since the electronic tag stores serial coding information in a digital information format, when measuring the cumulative radiation dose, the electronic dose card automatic identification technology can automatically identify the card position information, serial coding information and cumulative radiation dose information of the radiation dose detection card, and maintain a one-to-one correspondence. The radiation dose detection card can be directly placed in the automatic identification and measurement device to complete the measurement, and the information of the detected object and the corresponding cumulative radiation dose information can be output at the same time. During the detection, there is no need to input the information of the detected object separately and then place the radiation dose detection card in the designated position for measurement. The radiation dose detection card can be placed in the automatic identification and measurement device without distinction, which reduces the workload of manual operation, can greatly improve the measurement efficiency, and can avoid the problem of deviation between the measurement result and the detected object.

[0033] (3) Since the radiation dose detection card used in the present invention can be reused, it can reduce resource consumption and lower costs.

[0034] (4) Since the present invention uses an electronic tag to record the information of the detected object, it has high anti-pollution ability, strong anti-wear ability, and high information security. It can prevent the label information code on the outer shell of the dose box from being contaminated, worn, dropped or missing, resulting in the inability to confirm the information of the detected object to which the radiation dose detection card belongs.

[0035] (5) The electronic tag of the present invention can achieve rapid scanning, improve the speed of radiation accumulation measurement, reduce the radiation accumulation measurement time, and further improve the measurement efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 A schematic flow chart of a radiation dose measurement method based on an electronic tag according to the present invention;

[0037] Figure 2 It is a flow chart of another radiation dose measurement method based on electronic tags of the present invention;

[0038] Figure 3 is a three-dimensional schematic diagram of a dosage box of the present invention;

[0039] Figure 4 It is a schematic diagram of the radiation dose detection card of the present invention;

[0040] Figure 5 It is a schematic diagram of the structure of the information digital processing and reading and writing device of the present invention;

[0041] Figure 6 It is a schematic diagram of the structure of the automatic identification and measurement device of the present invention;

[0042] Figure 7 It is a schematic diagram of the structural composition of the card clip of the present invention. DETAILED DESCRIPTION

[0043] The following embodiments are provided for a better understanding of the present invention, but are not limited to the best mode of implementation, and do not limit the content and protection scope of the present invention. Any product identical or similar to the present invention obtained under the inspiration of the present invention or by combining the features of the present invention with other prior arts shall fall within the protection scope of the present invention.

[0044] The present invention provides a radiation dose measurement method based on an electronic tag, as shown in the attached manual. Figure 1 As shown, the radiation dose measurement method includes the following specific steps:

[0045] Step 1: providing a radiation dose detection card based on a rewritable electronic tag, wherein the radiation dose detection card is arranged in the shell of the dose box, and an electronic tag placement unit and a detector placement unit are arranged on the radiation dose detection card, wherein the rewritable electronic tag is arranged in the electronic tag placement unit, and the detector is arranged in the detector placement unit;

[0046] Step 2: writing the sequence coding information in the format of digital information into the rewritable electronic tag, wherein the sequence coding information records the information of the detected object;

[0047] Step three: distribute the radiation dose detection card with the serial coding information written in it to the detected object to wear, and perform radiation accumulation processing under the radiation field condition to obtain the radiation accumulation amount; the radiation accumulation here is that the detected object wears the radiation dose detection card and performs radiation accumulation processing under the radiation field condition, so that the detector on the radiation dose detection card obtains a certain radiation accumulation dose.

[0048] Step 4: Radiation cumulative dose measurement and processing: Place the radiation dose detection card containing the detector that has undergone radiation accumulation into a card holder with multiple card positions, and place the card holder into an automatic identification and measurement device, and use the electronic dose card automatic identification technology to automatically identify the sequence coding information and the radiation cumulative dose information, and make a one-to-one correspondence between the sequence coding information and the radiation cumulative dose information, so as to obtain the radiation cumulative dose information of the detected object.

[0049] The housing 11 includes an upper shell and a lower shell, and the upper shell and the lower shell form a hollow structure that can be opened and closed. The opening and closing here can be realized by the upper shell and the lower shell being hinged, or by the upper shell and the lower shell being snapped. The opening and closing method of the upper and lower shells of the present invention is not specifically limited, and any method that can realize the opening and closing function of the upper and lower shells is within the protection scope of the present invention.

[0050] The rewritable electronic tag can store the information of the detected object in a digital information format, can realize fast writing and reading of information, and can prevent the problem of inconsistent measurement results with the detected object caused by information tampering, thereby ensuring data information security.

[0051] A specific implementation scheme may be that the radiation dose detection card may be a new radiation dose detection card or a used radiation dose detection card. The requirement for the radiation dose detection card used in the present invention is that the re-readable and re-writable electronic tag of the radiation dose detection card has a normal re-readable and re-writable function. The present invention can realize the reuse of radiation dose detection cards, save resources, and reduce costs.

[0052] A specific implementation scheme may be that the serial coding information written into the electronic tag is obtained by digital information conversion. Specifically, the serial coding information is serial coding information in a digital information format obtained by converting the detected object information in a label information format into digital information. Wherein, the digital information conversion is realized by an information digitization processing and reading and writing device; preferably, the detected object information in a label information format can be obtained by scanning the label information code on the outer shell of the dose box by an information digitization processing and reading and writing device, or by transmitting the detected object information to the information digitization processing and reading and writing device through the host computer software. Wherein, when the detected object information is transmitted to the information digitization processing and reading and writing device through the host computer software, the information digitization processing and reading and writing device can simultaneously output the label information code corresponding to the serial coding information and paste it to the outer surface of the outer shell of the dose box. After the above steps are processed, it is ensured that the information of the object to be detected recorded in the label information code on the outer surface of the shell of the dose box corresponds to the information of the object to be detected stored in the corresponding sequence coding information, thereby avoiding the problem of inconsistency between the information of the object to be detected and the cumulative radiation dose information due to the disorder of the order of the radiation dose detection cards when measuring the cumulative radiation dose, and further ensuring the accuracy of the radiation cumulative measurement results.

[0053] A specific implementation scheme may be that after the above steps, the detector is loaded into the detector placement unit of the radiation dose detection card, and then the dose box containing the radiation dose detection card is distributed to the corresponding object to be detected, and the radiation dose detection card is subjected to radiation accumulation processing. The radiation accumulation processing here means that after the object to be detected receives the dose box, the object to be detected wears it when in a radiation environment. After a period of time, the detector on the radiation dose detection card will accumulate a certain amount of radiation dose, that is, obtain the radiation cumulative dose. The radiation environment here may be a radiation field condition.

[0054] A specific implementation scheme may be that the electronic dosage card automatic identification technology can also automatically identify the clamping position information of the card holder.

[0055] A more specific implementation scheme may be to use the electronic dose card automatic recognition technology to automatically identify the card position information, the sequence code information and the radiation cumulative dose information, and to make the card position information, the sequence code information and the radiation cumulative dose information correspond one to one. The present invention can accurately measure the actual radiation cumulative dose of the object being tested by making the card position information, the sequence code information and the radiation cumulative dose information correspond one to one.

[0056] A more specific implementation scheme may be that the automatic identification steps of the electronic label dosage card automatic identification technology are specifically as follows:

[0057] 1) using an information recognition module to simultaneously or separately automatically recognize the card position information and the sequence coding information, and to make a one-to-one correspondence between the card position information and the sequence coding information, wherein;

[0058] 2) using a dose measurement module to measure the radiation cumulative dose to obtain the radiation cumulative dose information, and using an information recognition module to make the radiation cumulative dose information correspond to the card position information and the sequence coding information one by one;

[0059] Among them, the information recognition module includes an information sensing sensor.

[0060] The present invention does not limit the measurement technology of the radiation cumulative dose in the dose measurement module. As long as the technology in the prior art can realize the radiation dose measurement, it is within the protection scope of the present invention.

[0061] A specific implementation scheme may be that after step four, the radiation dose measurement method of the present invention may further add a step of saving the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or transmitting them to a data processing platform, or transmitting them to the cloud; or add a step of saving the card position information, the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or / and transmitting them to a data processing platform, or / and transmitting them to the cloud.

[0062] Based on the inventive concept and radiation dose measurement system of the present invention, the radiation dose measurement method of the present invention can also exchange the order of step 2 and step 3, as shown in the attached manual. Figure 2As shown, radiation dose detection card is firstly radiation accumulated, and then the sequence coding information in the digital information format recording the information of the detected object is written into the re-readable and writable electronic tag. At this time, the sequence coding information is obtained by scanning the label information code on the outer shell of the dose box to obtain the detected object information in the label information format, and using the information digitization processing and the reading and writing device to convert the digital information to obtain the sequence coding information in the digital information format. To ensure that the detected object information recorded by the label information code on the outer surface of the outer shell of the dose box before measurement corresponds to the detected object information stored in the corresponding sequence coding information.

[0063] The present invention also provides a radiation dose measurement system based on electronic tags, as shown in the attached manual. Figure 3-7 As shown, the radiation dose measurement system comprises:

[0064] As the instruction manual Figure 3 And the instruction manual Figure 4 As shown, the dose box 1 comprises a shell 11 and a radiation dose detection card 12, wherein the radiation dose detection card 12 is arranged in the shell 11, and an electronic label placement unit 14 and a detector placement unit 13 are arranged on the radiation dose detection card 12, wherein the electronic label placement unit 14 is provided with a rewritable electronic label 141;

[0065] As the instruction manual Figure 5 As shown, the information digital processing and reading and writing device 2 includes a digital information processing module 21 and a digital information reading and writing module 22, wherein the digital information processing module 21 is used to convert the detected object information in the label information format recorded by the label information code or the detected object information in the label information format stored in the upper computer software into digital information format to obtain serial coding information; and the digital information reading and writing module 22 is used to write the serial coding information in the format of digital information into the rewritable electronic tag. The digital information processing module 21 and the digital information reading and writing module 22 are electrically connected, and the serial coding information in the digital information format obtained by the digital information processing module 21 converting the detected object information in the relevant label information format into digital information can be transmitted to the digital information reading and writing module 22.

[0066] As the instruction manual Figure 6 And the instruction manual Figure 7As shown, the automatic identification and measurement device 3 includes a card clamp placement module 31, an information identification module 32, and a dose measurement module 33, wherein the card clamp placement module 31 is used to place a card clamp 4, and the card clamp is provided with a plurality of card positions 41 for placing the radiation dose detection card 12; the information identification module 32 is used to identify the card position information, the sequence coding information and the cumulative radiation dose information, and one-to-one correspondence between the card position information, the sequence coding information and the cumulative radiation dose information; the dose measurement module 33 is used to measure the cumulative radiation dose of the detector on the radiation dose detection card.

[0067] The card clip placement module 31, the information identification module 32, and the dose measurement module 33 are electrically connected to each other. The position information and the clamping position information of the card clip 4 can be transmitted to the information identification module; the dose measurement module 33 can measure the cumulative radiation dose on the radiation dose detection cards on different card clips and different clamping positions, and transmit the measured data to the information identification module 32.

[0068] The card clip placement module 31 can place multiple card clips 4, and the number of card clips placed can be 1-100, preferably, 10-80. The number of card positions on each card clip is 2-20, and preferably, the number of card positions on each card clip is 5-15.

[0069] A specific implementation scheme may be that the digital information processing module 21 may also be used to interpret the sequence coded information in the digital information format into the detected object information in the label information format recorded by the label information code or the detected object information in the label information format stored in the upper computer software;

[0070] The automatic identification and measurement device 3 further includes an information storage module 34, which is used to store the one-to-one corresponding card position information, the sequence code information and the cumulative radiation dose information. The information storage module 34 is electrically connected to the information identification module 32, and the card position information, the sequence code information and the cumulative radiation dose information identified by the information identification module 32 can be transmitted to the information storage module 34.

[0071] A specific implementation scheme may be that the radiation dose measurement system further includes a cloud, and the cloud is used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information. The radiation dose measurement system may also include a storage terminal, and the storage terminal is used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information.

[0072] Although the embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and cannot be understood as limiting the present invention. A person skilled in the art may change, modify, replace and modify the above embodiments within the scope of the present invention without departing from the principles and purpose of the present invention. The protection scope of the present invention is defined by the claims and their equivalent technical solutions.

Claims

1. A radiation dose measurement method based on electronic tags, characterized in that: It includes the following steps: Step 1: providing a radiation dose detection card based on a rewritable electronic tag, wherein the radiation dose detection card is arranged in the shell of the dose box, and an electronic tag placement unit and a detector placement unit are arranged on the radiation dose detection card, wherein the rewritable electronic tag is arranged in the electronic tag placement unit, and the detector is arranged in the detector placement unit; Step 2: writing the sequence coding information in the format of digital information into the rewritable electronic tag, wherein the sequence coding information records the information of the detected object; Step 3: distributing the radiation dose detection card with the serial coding information written therein to the detected object to wear, and performing radiation accumulation under radiation field conditions to obtain the radiation cumulative dose; Step 4: Radiation cumulative dose measurement and processing: Place the radiation dose detection card containing the detector that has undergone radiation accumulation into a card holder with multiple card positions, and place the card holder into an automatic identification and measurement device, and use the electronic dose card automatic identification technology to automatically identify the sequence coding information and the cumulative radiation dose information, and make a one-to-one correspondence between the sequence coding information and the cumulative radiation dose information, so as to obtain the radiation cumulative dose information of the detected object.

2. The method for measuring radiation dose based on electronic tags according to claim 1, characterized in that: The radiation dose detection card may be a new radiation dose detection card or a used radiation dose detection card.

3. The method for measuring radiation dose based on electronic tags according to claim 1, characterized in that: The sequence coding information is sequence coding information in a digital information format obtained by converting the detected object information in a label information format into digital information; preferably, the digital information conversion is realized by an information digitization processing and reading and writing device; preferably, the detected object information in the label information format can be obtained by scanning the label information code on the outer shell of the dosage box by an information digitization processing and reading and writing device, and can also be obtained by transmitting it to the information digitization processing and reading and writing device through host computer software.

4. The method for measuring radiation dose based on electronic tags according to claim 1, characterized in that: The electronic dosage card automatic identification technology can also automatically identify the clamping position information of the card holder.

5. The method for measuring radiation dose based on electronic tags according to claim 4, characterized in that: The electronic dose card automatic identification technology is used to automatically identify the card position information, the sequence code information and the radiation cumulative dose information, and the radiation dose card position information, the sequence code information and the radiation cumulative dose information are matched one by one.

6. The method for measuring radiation dose based on electronic tags according to claim 5, characterized in that: The automatic identification steps of the electronic label dosage card automatic identification technology are specifically as follows: 1) using an information recognition module to simultaneously or separately automatically recognize the card position information and the sequence code information, and to make a one-to-one correspondence between the card position information and the sequence code information; 2) using a dose measurement module to measure the radiation cumulative dose to obtain the radiation cumulative dose information, and using an information recognition module to make the radiation cumulative dose information correspond to the card position information and the sequence coding information one by one; Among them, the information recognition module includes an information sensing sensor.

7. A radiation dose measurement method based on electronic tags according to any one of claims 1 to 6, characterized in that: After step four, add the step of saving the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or / and transmitting them to a data processing platform, or / and transmitting them to the cloud; or add the step of saving the card position information, the sequence coding information and the radiation cumulative dose information in a one-to-one correspondence in the detection device, or / and transmitting them to a data processing platform, or / and transmitting them to the cloud.

8. A radiation dose measurement system based on electronic tags, characterized in that: The radiation dose measurement system comprises: The dose box comprises a shell and a radiation dose detection card, wherein the radiation dose detection card is arranged in the shell, and an electronic label placement unit and a detector placement unit are arranged on the radiation dose detection card, wherein the electronic label placement unit is provided with a rewritable electronic label; An information digital processing and reading and writing device, comprising a digital information processing module and a digital information reading and writing module, wherein the digital information processing module is used to convert the detected object information in the tag information format recorded by the tag information code or the detected object information in the tag information format stored in the upper computer software into digital information to obtain sequence coded information in the digital information format; the digital information reading and writing module is used to write the sequence coded information in the digital information format into the re-readable and writable electronic tag; An automatic identification and measurement device comprises a card clamp placement module, an information identification module and a dose measurement module, wherein the card clamp placement module is used to place a plurality of card clamps, and the card clamps are provided with a plurality of card positions for placing the radiation dose detection card; the information identification module is used to identify card position information, sequence coding information and cumulative radiation dose information, and make the card position information, the sequence coding information and the cumulative radiation dose information correspond one to one; the dose measurement module is used to measure the accumulated radiation on the detector in the radiation dose detection card.

9. The radiation dose measurement system based on electronic tags according to claim 8, characterized in that: The digital information processing module can also be used to interpret the sequence coded information in the digital information format into the detected object information in the label information format recorded by the label information code or the detected object information in the label information format stored in the upper computer software; The automatic identification and measurement device further comprises an information storage module, and the information storage module is used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information.

10. The radiation dose measurement system based on electronic tags according to claim 8, characterized in that: The radiation dose measurement system further includes a cloud and / or a data processing platform, and the cloud and / or the data processing platform are used to store the one-to-one corresponding card position information, the sequence coding information and the cumulative radiation dose information.

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