CN-122022281-A - Intelligent management system for intelligent collaborative services of radiation detection multi-module number

CN122022281ACN 122022281 ACN122022281 ACN 122022281ACN-122022281-A

Abstract

The invention relates to the technical field of radiation measurement, in particular to a radiation detection multi-module intelligent collaborative business intelligent management system. According to the invention, the data channel is controlled to be opened and closed by matching the stage numbers and the role rights, the corresponding relation between the sequential circulation and the rights between task stages is ensured, the sampling points reject non-conforming points according to the relation between coordinates and boundary angles, the defined data form a sampling basis in a set area range, the path selection is combined with the sample circulation sequence and the time arrangement to construct a channel with continuous numbers and time sequence connection, the task nodes are pushed to advance according to the set rhythm, the contract signing process generates a node chain according to the structural sequence by matching personnel rights, the archiving operation finishes record updating by taking the node state and the rights comparison as the standard, and links connection, path closure and information record linkage are realized in the task construction process.

Inventors

GUO WENFENG
Luan Yaojun
HUANG GANGMING
ZHAO YUZHI
HUANG RONG
LI WENFENG
LIN XIAOXIAO
Chi Jianyuan

Assignees

广东瑞迪检测技术有限公司

Dates

Publication Date: 20260512
Application Date: 20260109

Claims (10)

1. An intelligent management system for intelligent collaborative services of a plurality of radiation detection modules, which is characterized by comprising: The task state segmentation module acquires task creation time, initial registration identification and execution sequence, extracts character function type codes in an operation request, compares the character function type codes with the number of the current stage, and finishes closing a data inlet and starting the next stage to obtain a staged task record chain; The sampling range trimming module extracts the connection angle of the coordinates of the sampling points and the boundary based on the staged task record chain, compares the position of the sampling points with the boundary relation, removes the points which are not in the coverage area, and obtains the available sampling point state distribution; the point position channel selection module reads the sample circulation sequence and time arrangement based on the available sampling point state distribution, analyzes the continuity of the path numbers and the time connection condition, and obtains a sampling task channel structure table; The contract path arrangement module reads the contract template type and the structure sequence based on the sampling task channel structure table, matches the personnel number to be signed with the authority identification, and associates the personnel number to be signed with the node to obtain a task structure associated signing path; and the task stage archiving module invokes a task stage number based on the task structure associated signing path, extracts an archiving entrance authority number, archives the task after comparison, and updates the node state to obtain a stage archiving task node list.
2. The intelligent radiation detection multi-module number collaborative business management system according to claim 1, wherein the staged task record chain comprises task creation time, initial registration identification, task execution sequence, role function type code comparison record, and data receiving channel state, the available sampling point state distribution comprises area boundary line segment numbers, connection angle values, and boundary internal and external relation determination results, the sampling task channel structure table comprises sampling point numbers, sample circulation sequence, time arrangement parameters, and path number continuity check results, the task structure associated signing path comprises sampling nodes, contract template type values, structure sequence, personnel numbers to be signed, and role authority relation, and the stage archiving task node list comprises node task state, archiving operation record, and archiving completion state.
3. The intelligent management system of the intelligent collaborative business with the plurality of modules for radiation detection according to claim 1, wherein the character function type code refers to a code for identifying the business characters and the executable task stage authorities of operators in the system; The sample flow sequence refers to the sequence of processing the sampling points according to the task configuration in the task execution process.
4. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the continuity of path numbers refers to a check result of whether the path numbers associated between adjacent sampling points are kept continuously consistent in sequence of numbers and time engagement; The update node state refers to an operation process of synchronously modifying the current execution state of the task node into a corresponding completion and archiving state in the task archiving and phase switching process.
5. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the task state segmentation module includes: The task stage extraction submodule acquires the creation time, the initial registration identification and the task execution sequence of the task, sequentially places task data according to time sequence, splits the task process into four sections of standing, sampling, detecting and archiving according to the stage fields in the task identification, and writes corresponding stage numbers into each section to obtain a task stage sequence identification set; The phase authority verification sub-module correspondingly compares the phase number in the task phase sequence identifier set with the character function type code in the current operation request, writes actions in the same phase, and associates the writing actions with the corresponding phase number to obtain a phase consistency writing operation set; The stage entry control submodule extracts the entry state corresponding to the current stage based on the stage switching sequence reflected in the stage consistency writing operation set, adjusts the entry state to be stopped, and adjusts the data receiving channel state corresponding to the next stage to be started at the same time to obtain a staged task record chain.
6. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the sampling range shaping module includes: The boundary angle mapping sub-module extracts angle change content according to the serial numbers of the boundary line segments based on the staged task record chain, and corresponds each serial number with corresponding angle information to obtain a boundary angle corresponding set; The sampling angle extraction submodule extracts coordinate information of sampling points based on the boundary angle corresponding set, extracts connection angles between the sampling points and adjacent boundary line segments, compares the connection angles with the corresponding boundary angles, distinguishes sampling points with consistent and inconsistent angle changes, and obtains a sampling point angle correlation table; The boundary relation judging submodule judges the inner and outer areas of the sampling points based on the angle comparison condition in the angle association table of the sampling points and according to the spatial corresponding relation between the coordinates of the sampling points and the boundary coverage area, removes the sampling point numbers outside the boundary and obtains the available sampling point state distribution.
7. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the point location channel selection module comprises: the sampling time sequence extraction submodule extracts a sample circulation sequence and a time arrangement section value in corresponding task configuration based on sampling point numbers in the available sampling point state distribution, and performs time sequence splitting and sequence mapping on the sampling point numbers to obtain a sampling task sequence structure sequence; The path connection judging submodule searches the path numbers between adjacent points based on the numbers and the time period values in the sampling task sequence structure sequence, correspondingly judges the continuity of the path connection numbers and the time period, removes points where the path numbers are discontinuous and the time period are not connected, and obtains a sampling path connection data set; And the channel structure generating submodule extracts sampling point numbers corresponding to each group of continuous paths based on the serial number sequences in the sampling path connection data set, and advances backwards in synchronization with the time period sequences to obtain a sampling task channel structure table.
8. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the contract routing module includes: The contract node positioning sub-module extracts the serial number of each node, the contract template type value and the structure sequence code attached in task configuration based on the sampling nodes listed in the sampling task channel structure table, positions the contract templates according to the serial number sequence and maps the nodes to obtain a contract node structure sequence; The role authority matching sub-module searches the number of the current personnel to be signed based on the structure sequence code in the contract node structure sequence, associates the role authority code to be judged with the authority code set by the task node, removes the undocked authority item, and obtains a matched role node data set; And the signing path connection submodule is used for sequentially connecting the node numbers according to the role authority based on the personnel numbers in the matched role node data set and the sequence codes in the contract node structure sequence to obtain a task structure associated signing path.
9. The intelligent management system for intelligent collaborative services for radiation detection according to claim 8, wherein in the process of locating contract templates and mapping nodes according to the sequence of structure sequence codes, mapping the contract template numbers to the sampling node numbers according to the sequence of structure sequence codes; In the process of searching the number of the current personnel to be signed by the structural sequence code, limiting each number of the current personnel to be signed to be only associated with one role permission code, comparing the role permission code with permission codes set by task nodes, and removing permission code items with differences; And in the process of connecting the personnel number and the sequence code in the contract node structure sequence, limiting the connection sequence to be consistent with the structure sequence code in the contract node structure sequence, and eliminating the node number with sequence interruption in the connection process.
10. The intelligent radiation detection multi-module intelligent collaborative business management system according to claim 1, wherein the task phase archiving module includes: The node state analysis submodule extracts a task state code and a node sequence number corresponding to each node based on the task state of the node in the task structure association signing path, and splits the node state according to the sequence numbers to obtain a node task state sequence; the archiving authority screening sub-module extracts the current task stage number based on the node sequence number in the node task state sequence, and compares the stage number with the role authority number configured in the archiving inlet to obtain an archiving authority matching node set; And the archiving state updating submodule switches the archiving state of the corresponding node based on the sequence relation of the nodes in the archiving authority matching node set, synchronously updates the task state associated with the node to the archiving completion state, and obtains a stage archiving task node list.

Description

Intelligent management system for intelligent collaborative services of radiation detection multi-module number Technical Field The invention relates to the technical field of radiation measurement, in particular to an intelligent management system for intelligent collaborative services of a plurality of modules for radiation detection. Background The technical field of radiation measurement relates to monitoring and evaluating ionizing radiation levels in environments, industries, medical treatment and professional places, core matters comprise radiation source identification, dose rate measurement, sampling and distribution planning, experiment detection flow, measurement data processing and report generation, the method operation generally comprises the steps of acquiring radioactivity intensity information through equipment such as a geiger counter, a scintillation detector or a semiconductor detector, performing multi-point distributed sampling according to measurement specifications, performing energy spectrum analysis and activity conversion on radionuclides in samples through experimental means, forming detection results according to evaluation standards, forming data reports with legal format, and performing flow management with links such as task order transmission, sample handover, experiment progress registration and result summarization in the whole process, wherein the traditional intelligent collaborative business intelligent management system for radiation detection refers to the steps of issuing tasks, sampling arrangement, experiment report registration, writing, ticket processing, customer data maintenance cue, personnel information registration, business score summarization and manual contract text recording and the like through paper files or non-integrated electronic tools, performing operation respectively, and performing progress, and performing independent transmission of financial information through independent lines, and transmission of financial information through a financial contract form, and recording of the financial information is difficult to be repeatedly recorded in the form of financial information, such as a financial information is recorded in the form of a financial contract, and the financial information is difficult to be repeatedly recorded in the form of the corresponding to the corresponding financial information. In the prior art, each link of a task is operated respectively and lacks a stage control logic, role authority cannot be embedded into task process circulation, so that task states in an execution path cannot drive data channels to switch, sampling points do not carry out space screening, data outside a coverage boundary are mixed into a task system, detection distribution accuracy is reduced, a task path does not introduce sequential logic, node connection cannot carry out screening verification based on time parameters, a contract signing process breaks away from a structural sequence, personnel authority and node roles have no mapping logic support, an archiving link inputs node information by means of manual operation, task stage states cannot be linked with the archiving process, problems of execution logic splitting, abnormal path transmission, information registration misalignment and the like are caused, and overall service continuity and data accuracy are affected under the conditions that a task structure is complex and multi-role cooperation is involved. Disclosure of Invention In order to solve the technical problems in the prior art, the embodiment of the invention provides an intelligent management system for intelligent collaborative services of a plurality of modules for radiation detection. In one aspect, a radiation detection multi-module intelligent collaborative business intelligent management system is provided, the system comprises: The task state segmentation module acquires task creation time, initial registration identification and execution sequence, extracts character function type codes in an operation request, compares the character function type codes with the number of the current stage, and finishes closing a data inlet and starting the next stage to obtain a staged task record chain; The sampling range trimming module extracts the connection angle of the coordinates of the sampling points and the boundary based on the staged task record chain, compares the position of the sampling points with the boundary relation, removes the points which are not in the coverage area, and obtains the available sampling point state distribution; the point position channel selection module reads the sample circulation sequence and time arrangement based on the available sampling point state distribution, analyzes the continuity of the path numbers and the time connection condition, and obtains a sampling task channel structure table; The contract path arrangement module reads the contract template type and the structure sequence based o