CN112348470B - Efficient registration and problem feedback system for electronic detonator - Google Patents
Efficient registration and problem feedback system for electronic detonator Download PDFInfo
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- CN112348470B CN112348470B CN202011223039.1A CN202011223039A CN112348470B CN 112348470 B CN112348470 B CN 112348470B CN 202011223039 A CN202011223039 A CN 202011223039A CN 112348470 B CN112348470 B CN 112348470B
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/30—Computing systems specially adapted for manufacturing
Abstract
The invention discloses a high-efficiency registration and problem feedback system of an electronic detonator. The electronic detonator high-efficiency registration and problem feedback system comprises a processing module, a problem feedback module and a plurality of registration modules; the problem feedback module and the registration modules are respectively connected with the processing module; the processing module is used for dividing the explosion area into a plurality of areas, then collecting and combining registration information of the registration modules, and receiving information uploaded by the problem feedback module; the registration module is used for collecting electronic detonator information of the patch area and registering the electronic detonator; the problem feedback module is used for carrying out problem feedback.
Description
Technical Field
The invention relates to the technical field of civil explosion initiation systems, in particular to an electronic detonator efficient registering and problem feedback system.
Background
In recent years, the use amount of domestic electronic detonators is increased in an annual rate under the influence of national policies, and market share is rapidly expanded. Since 2017, the increase rate of the use amount of the industrial electronic detonator exceeds 100%. With the increase of the usage amount of the electronic detonator, the use frequency is increased, and under the condition, a user has to put forward higher requirements on the convenience of using the electronic detonator, so that the user can drive the detonation system to be continuously updated.
At present, the whole condition of an electronic detonator priming system in the industry is as follows: most manufacturers separate registration codes from initiation control, and specially customize and develop a system of electronic detonator registration codes to meet the requirements of detonator registration codes. The prior system basically adopts a working mode of grouping and hole-by-hole registration coding of detonators after grouping, and because the detonator can only receive one registry, the registries formed by the registration of a plurality of registries can not be combined, and therefore, only one registries can be used for registration. If the explosion area is large in scale or a plurality of cannons exist, only one register can be used for registering, the operation is inconvenient, the practicability is weak, the operation time is long, and the efficiency is low; meanwhile, if the problems of explosion rejection, premature explosion, late explosion and the like of the detonator occur, the problems need to be reported by field personnel layer by layer, and then the problems are notified to relevant technicians for solving, the message notification is seriously delayed, the problems cannot be solved in time, and the timeliness is insufficient.
Disclosure of Invention
The invention aims to overcome the defects that a plurality of registrars cannot be combined and one registrar is low in efficiency and untimely in feedback in the prior art, and provides a high-efficiency electronic detonator high-efficiency registration and problem feedback system.
In order to achieve the above object, the present invention provides the following technical solutions:
an efficient registration and problem feedback system of an electronic detonator comprises a processing module, a problem feedback module and a plurality of registration modules; the problem feedback module and the registration modules are respectively connected with the processing module; the processing module is used for dividing the explosion area into a plurality of areas, then collecting and combining registration information of the registration modules, and receiving information uploaded by the problem feedback module; the registration module is used for collecting electronic detonator information of the patch area and registering the electronic detonator; the problem feedback module is used for carrying out problem feedback. The multiple registration modules register simultaneously, so that the on-site registration time is reduced, and the working efficiency is improved. And timely reporting the problems to solve the problems.
Preferably, the processing module and the registering module generate a blast hole distribution map according to the blast hole arrangement position information of the blasting site. The graphic form display is more visual.
Preferably, the processing module stores the blast hole arrangement position information of the blasting site, and divides the division areas according to the position information.
Preferably, the processing module comprises a shot hole distribution map dividing unit and a shot hole distribution map merging unit; the blast hole distribution diagram dividing unit is used for dividing the blast hole distribution diagram of the explosion zone to obtain a slice blast hole distribution diagram of each slice; and the blast hole distribution diagram merging unit is used for merging the block blast hole distribution diagrams uploaded by the registration modules.
Preferably, the processing module further comprises a first delay time design unit. The delay time of the plurality of slices is associated, so that the delay time design is convenient.
Preferably, the registration module comprises a shot hole distribution map acquisition unit, a detonator registration unit and a second delay time design unit. If the delay time of the plurality of slices is irrelevant, the delay time design is convenient.
Preferably, the registration module further comprises a positioning unit, wherein the positioning unit is used for acquiring current position information and transmitting the current position information to the processing module so as to obtain a shot hole distribution map of a current position. Accuracy and safety are improved.
Preferably, the problem feedback module comprises a text input uploading unit and an image acquisition unit. Facilitating better feedback problems.
Preferably, the electronic detonator high-efficiency registration and problem feedback system further comprises a problem analysis module, wherein the problem analysis module is connected with the processing module. And the problems are timely processed, and the working efficiency is improved.
The problem feedback module further comprises an evaluation feedback unit, wherein the evaluation feedback unit is used for evaluating the solution provided by the problem analysis module.
Compared with the prior art, the invention has the beneficial effects that: the multiple registration modules register simultaneously, so that the on-site registration time can be reduced, and the working efficiency can be improved. When the detonator has problems, the problem feedback module is used for reporting the problems, and relevant personnel of each unit receive the information and then analyze the problems and provide a solution, so that the field personnel can process the problems in time.
Description of the drawings:
FIG. 1 is a system block diagram of an electronic detonator efficient registration and problem feedback system of exemplary embodiment 1 of the present invention;
FIG. 2 is a system block diagram of a processing module of exemplary embodiment 1 of the present invention;
FIG. 3 is a system block diagram of a registration module of exemplary embodiment 1 of the present invention;
fig. 4 is a specific system block diagram of an electronic detonator efficient registration and problem feedback system of exemplary embodiment 1 of the present invention.
Detailed Description
The present invention will be described in further detail with reference to test examples and specific embodiments. It should not be construed that the scope of the above subject matter of the present invention is limited to the following embodiments, and all techniques realized based on the present invention are within the scope of the present invention.
Example 1
As shown in fig. 1, the embodiment provides an efficient registration and problem feedback system for an electronic detonator, which comprises a processing module, a problem feedback module and a plurality of registration modules; the problem feedback module and the registration modules are respectively connected with the processing module; the processing module is used for dividing the explosion area into a plurality of areas, then collecting and combining registration information of the registration modules, and receiving information uploaded by the problem feedback module; the registering modules are used for respectively collecting electronic detonator information of the plurality of sections and registering the electronic detonators; the problem feedback module is used for carrying out problem feedback. The electronic detonator high-efficiency registration and problem feedback system is mainly used for registering industrial electronic detonators in large-scale blasting areas or a plurality of blasting areas on site. The blasting site can adopt a plurality of devices for registering through a plurality of registration modules, when the registries are combined, the combination principle is that detonators with the same detonator shell code in the registries are identified as the same, automatic identification change is carried out through the serial numbers of the same detonators, so that the splicing is realized, and the registries are spliced into one, so that the final registries are obtained. The multiple registration modules register simultaneously, so that the on-site registration time is reduced, and the working efficiency is improved. When the detonator has problems, on-site personnel report the problems through the problem feedback module, and after receiving the information, relevant personnel of each unit analyze the problems and provide a solution, so that the on-site personnel can process the problems in time.
The processing module and the registration module generate a standard blasthole distribution diagram according to the blasthole arrangement position information of the blasting site; the position information of the blast holes is displayed through the blast hole distribution diagram, so that the blast hole display method is more visual.
The processing module stores the arrangement position information of blast holes on the blasting site and divides the blasting site into sections according to the position information; the existing electronic detonator registration system only registers according to the number of the blast hole and the like, and is difficult to combine the information of the electronic detonator with the actual position information, namely the specific information of the electronic detonator in the position area in actual construction is difficult to acquire, so that the operation of separate registration is difficult in site construction. Compared with the register table combined by detonator shell code, the embodiment combines the register table by using the blast hole position information.
The processing module comprises a blast hole distribution diagram dividing unit and a blast hole distribution diagram merging unit as shown in fig. 2; the blast hole distribution diagram dividing unit is used for dividing the blast hole distribution diagram of the explosion zone to obtain a slice blast hole distribution diagram of each slice; and the blast hole distribution diagram merging unit is used for merging the block blast hole distribution diagrams uploaded by the registration modules. Specifically, the explosion region may be gridded to obtain each partition, and in addition, may be partitioned according to the terrain or the like.
The processing module further comprises a first delay time design unit; if the delay time of the plurality of fragments is related and continuous time design is needed, the processing module firstly merges the registries, then sets the detonation point, the detonation mode and the hole row delay time, and calculates the delay time of each blast hole. If the detonator is the same gun area, continuous time design is needed, all registries are combined firstly, wherein the combination principle is that detonators with the same detonator shell code in a plurality of registries are identified as the same detonator, automatic identification change is carried out through the serial numbers of the same detonators, so that the combination is realized, and the registries are combined into one; and setting detonation points, detonation modes and delay time among hole rows to calculate the delay time of each blast hole.
The registration module comprises a fragment blast hole distribution diagram acquisition unit, a detonator registration unit and a second delay time design unit as shown in fig. 3; the slice blast hole distribution map acquisition unit is used for acquiring the slice blast hole distribution map which is segmented by the processing module blast hole distribution map segmentation unit; the detonator registering unit is used for registering the electronic detonator of the section and inputting related information; the second delay time design unit is used for carrying out delay time design according to the field actual situation of the patch. If the delay time of the multiple sections is not associated, each registration module is respectively provided with the detonation point, the detonation mode and the hole row delay time of each section, the processing module collects and counts the detonation delay time of each gun section, then sends the detonation delay time to a certain registration machine, and when the registries are combined, the delay time among the registries is set, so that the design is completed. The first delay time design unit or/and the second delay time design unit can be selectively set according to specific application scenes.
The registration module further includes a positioning unit, as shown in fig. 4, configured to collect current position information, and transmit the current position information to the processing module, so as to obtain a shot hole distribution map of the current position. Compared with manual selection of the slice, the position of the current slice can be quickly and accurately known through the positioning unit, so that a corresponding slice blast hole distribution map is obtained; in addition, the positioning information collected by the positioning unit can be used as the processing module to send verification information of the blast hole distribution diagram of the corresponding fragment, so that the safety of the information of different fragments is ensured.
The problem feedback module comprises a text input uploading unit and an image acquisition unit. When the detonator has problems, on-site personnel select problems to report (such as single shot detonator detection problems, leg wire bayonet problems, networking detection problems, detonator explosion rejection and other problems) after clicking to enter by searching the explosion task of the detonator fault, and fill in corresponding information such as explosion design, problem detonator position, tube shell code, chip code, contact mode and the like of the problem detonator. And particularly, filling information in a text description, photo or video mode for uploading.
The electronic detonator high-efficiency registration and problem feedback system further comprises a problem analysis module, and the problem analysis module is connected with the processing module. When the processing module acquires the information uploaded by the problem feedback module, the problem is pushed to the problem analysis module, the problem analysis module analyzes and provides corresponding solving measures to upload to the processing module, the processing module pushes the problem to a field uploading personnel of the problem feedback module, and the field personnel timely process the solving problem according to the solving measure method. That is, after the problem analysis module receives the feedback problem, the problem analysis module end can be connected with a multiparty platform so as to better know information and process the problem. For example, the problem analysis module end can be connected with platforms of units such as manufacturers, chip manufacturers, supervision departments, management departments and the like, so that technicians of related platforms can fill in production batches of all accessories of the detonator, use raw materials, analyze and solve problems after checking related problem descriptions through the problem analysis module, namely, the multi-party communication platform is built, so that the blasting site constructors can conveniently and timely process the problems.
The problem feedback module further comprises an evaluation feedback unit, and the evaluation feedback unit is used for evaluating the solution provided by the problem analysis module. The field personnel perform evaluation feedback on the problem solving measures, ensure the timely and effective solution of the problems, and perform evaluation scoring on corresponding units, thereby providing guarantee for the continuous and effective solution of the follow-up problems. For example, after the solution is implemented, if the problem still exists, the problem is re-fed back through the evaluation feedback unit, and the problem is re-analyzed and is processed as soon as possible.
The method has the beneficial effects of solving the problems of inconvenient field registration, insufficient practicability, complicated operation and insufficient timeliness of problem reporting of the industrial electronic detonator in the large-scale open-air deep hole blasting field. The explosion area is divided into a plurality of sections, so that the electronic detonator registration of a plurality of people and a plurality of devices is realized at the same time, the practicability is strong, the operation is convenient, the operation time can be reduced, and the working efficiency is improved; meanwhile, if the detonator is subjected to problems such as explosion rejection, premature explosion, late explosion and the like, the problem can be reported through a multiparty communication platform built by the system, after the report is filled and written according to requirements, the system automatically pushes the problem to manufacturers, chip manufacturers, supervision departments, management departments and the like at the same time, relevant personnel of each unit analyze the information within a specified time after receiving the information and provide corresponding solving measures to upload the information to the system, and the system automatically pushes the information to on-site uploading personnel, so that the on-site personnel can timely process and solve the problem according to the solving measures.
Example 2
The embodiment provides a specific working example of efficient registration of an electronic detonator and registration of a problem feedback system. When a mine is subjected to surface blasting for a certain time, the blasting areas are 3 rows of quincuncial hole distribution holes, the hole pitch is 9m, the row pitch is 5m, the first row is provided with 35 blasting holes, the second row is provided with 38 blasting holes, the third row is provided with 42 blasting holes, each blasting hole is provided with a single detonator, the field is partitioned into three areas according to the number of rows in order to ensure the construction efficiency, three field technicians register by using three register machines, the three register tables are collected into one register machine after the register is completed, the register tables are combined according to the sequence of the blasting areas, the first blasting hole on the left side is selected as a detonation point after the register tables are combined, a single-hole single-response detonation mode is selected for reducing blasting vibration, the inter-hole delay is set to be 17ms, and the inter-row delay is 42ms, so that the field registration and delay design of the electronic detonator are completed. The combined registry is then transferred to the initiator for initiation.
The high-efficiency registering and problem feedback system for the industrial electronic detonator solves the problems of inconvenient field registering, insufficient practicability and complicated operation of the industrial electronic detonator in the large-scale open-air deep hole blasting field. The method which is most suitable for registering the field electronic detonator is designed, the construction mode is optimized, the operation is simple and convenient, the practicability is high, and the working efficiency can be effectively improved.
Example 3
The embodiment provides a specific working example of efficient registration of an electronic detonator and problem feedback of a problem feedback system. When a mine is excavated, transported and transported, a blind gun is found, a field technician takes a picture and photographs after arriving at the field, finds out the blasting design of the blasting and the specific position where the blind gun occurs, enters a problem feedback module after entering the system, selects the current blasting task, uploads the blasting design, pictures and videos, performs text description, describes the position of the blind gun area and the condition of the detonator in detail, and leaves a contact phone.
The processing module automatically pushes the problem to manufacturers and chip manufacturers through the problem analysis module. The production factory and the chip factory technicians immediately explain the detonator production batch, the chip production batch and the production and use materials, confirm that the detonator, the chip materials and the production process are free of problems, and the detonator is free of problems in the detection process before use, possibly in the detonation process, the electronic detonator is influenced by the blasting vibration of adjacent blastholes, so that the detonator shell is damaged, the initiating explosive is lost or the chip is damaged, the detonator is not detonated, or the quality of the initiating tool is problematic, the detonator detonates but the initiating tool is not detonated, so that blind blasting occurs, and the blind blasting cause can be further confirmed if the appearance of the detonator can be confirmed; the solution is that parallel hole charge detonation can be additionally performed at the position which is not less than 10 times of the diameter of the blast hole from the orifice of the blind blast.
According to the solution, field technicians process blind cannon blast holes, take pictures and upload the processing results after the processing is completed, evaluate timeliness, effectiveness and the like of processing problems of a production plant and a chip factory, and complete the processing of the problems.
The foregoing is a detailed description of specific embodiments of the invention and is not intended to be limiting of the invention. Various alternatives, modifications and improvements will readily occur to those skilled in the relevant art without departing from the spirit and scope of the invention.
Claims (10)
1. The high-efficiency registration and problem feedback system for the electronic detonator is characterized by comprising a processing module, a problem feedback module and a plurality of registration modules; the problem feedback module and the registration modules are respectively connected with the processing module; the processing module is used for dividing the explosion area into a plurality of areas, then collecting and combining registration information of the registration modules, and receiving information uploaded by the problem feedback module; the registration module is used for collecting electronic detonator information of the patch area and registering the electronic detonator; the problem feedback module is used for carrying out problem feedback;
when the registration information is combined, the combination principle is that detonators with the same detonator shell code in a plurality of registration information are identified as the same detonator, automatic identification change is carried out through serial numbers of the same detonators, so that the combination is realized, and a plurality of registration information are combined into one, so that a final registration table is obtained.
2. The efficient registration and issue feedback system of electronic detonators of claim 1, wherein the processing module and registration module generate a blasthole profile based on blasthole placement location information of a blast site.
3. The electronic detonator efficient registration and problem feedback system of claim 2 wherein the processing module stores blast hole placement location information of the blast site and segments the blast hole based on the location information.
4. The electronic detonator efficient registration and problem feedback system of claim 2 wherein the processing module comprises a blasthole profile segmentation unit and a blasthole profile merging unit; the blast hole distribution diagram dividing unit is used for dividing the blast hole distribution diagram of the explosion zone to obtain a slice blast hole distribution diagram of each slice; and the blast hole distribution diagram merging unit is used for merging the block blast hole distribution diagrams uploaded by the registration modules.
5. The electronic detonator efficient registration and problem feedback system of claim 1 wherein said processing module further comprises a first delay time design unit.
6. The efficient registration and issue feedback system of electronic detonators of claim 4, wherein the registration module includes a patch blasthole profile acquisition unit, a detonator registration unit, and a second delay time design unit.
7. The efficient registration and problem feedback system of electronic detonators of claim 6, wherein the registration module further comprises a positioning unit for acquiring current location information and transmitting the current location information to the processing module to obtain a zone blasthole profile of the current location.
8. The electronic detonator efficient registration and question feedback system of claim 1 wherein the question feedback module comprises a text input uploading unit and an image acquisition unit.
9. The electronic detonator efficient registration and question feedback system of claim 1 further comprising a question analysis module connected to the processing module.
10. The electronic detonator efficient registration and problem feedback system of claim 9 wherein the problem feedback module further comprises an evaluation feedback unit for evaluating the resolution provided by the problem analysis module.
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| CN115297084B (en) * | 2022-08-04 | 2023-11-28 | 上海芯跳科技有限公司 | Method and system for improving communication efficiency of electronic detonator |
| CN115479511B (en) * | 2022-08-10 | 2023-10-27 | 上海芯跳科技有限公司 | Method and system for online detection of electronic detonator networking |
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