CN211824093U

CN211824093U - Electronic detonator exploder based on android system

Info

Publication number: CN211824093U
Application number: CN201922153940.5U
Authority: CN
Inventors: 李叶磊; 王斐
Original assignee: Hangzhou Jinqi Electronic Technology Co ltd
Current assignee: Hangzhou Jinqi Electronic Technology Co ltd
Priority date: 2019-12-05
Filing date: 2019-12-05
Publication date: 2020-10-30
Anticipated expiration: 2029-12-05

Abstract

The utility model relates to an electron detonator technical field, in particular to electron detonator exploder based on tall and erect system of ann. The mobile terminal comprises a mobile terminal, an android system and a detonation system are integrated in the mobile terminal, the android system and the detonation system are connected through a serial communication interface, the android system is connected with a communication module, a storage module and an encryption module, the detonation system is provided with a detonator interface module and a collector interface module, the detonator interface module is connected with a detonator module through a wire, and the collector interface module is connected with a collector module through a wire. The utility model is based on an android system, the detonation data of the detonator is not easy to be revealed; the modular design is convenient to operate, and can meet more blasting operation requirements.

Description

Electronic detonator exploder based on android system

Technical Field

The utility model relates to an electron detonator technical field, in particular to electron detonator exploder based on tall and erect system of ann.

Background

With the continuous development and improvement of the electronic detonator technology, the technical superiority of the electronic detonator is more and more widely known in the global blasting world, and the electronic detonator initiator plays a vital role in the whole blasting operation process as a professional device matched with the electronic detonator, and mainly realizes the functions of detecting the functions of the electronic detonator, acquiring detonator information, setting delay time, managing and controlling authorization, controlling detonation, storing and uploading records and the like.

The main technical scheme of the electronic detonator initiator in the industry at present is to adopt a simple embedded system (such as a single chip microcomputer) for development or adopt a light-weight operating system to be matched with a hardware control circuit for realization, and the technical scheme has a great number of problems in practical application and mainly has the following problems: the system has simple functions and cannot realize more complex operation; the man-machine interaction interface is monotonous, and the data entry operation is difficult; the problem of data loss of detonation records is easy to occur due to the lack of a mature file system; the system software is complex to update, and the remote upgrading function is difficult to realize; the data storage capacity is small, and large-scale blasting detonator data is difficult to store; the communication mode with the outside is single, and most of the communication modes adopt a wired mode to communicate with the civil explosion management and control platform; the application mode of the multi-networking detonation is single, and large-scale networking detonation application is difficult to realize; the detonation data is easy to crack and leak due to the lack of a safe encryption mode; the management and control of blasting operators are difficult, and an effective personnel management mode is lacked; due to the non-modular design, the expandable function is few in the future, and more blasting operation requirements cannot be met.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that the detonation data of an electronic detonator initiator based on an android system is not easy to leak; the modular design is convenient to operate, and can meet more blasting operation requirements.

In order to solve the technical problem, the utility model discloses a scheme does:

the electronic detonator exploder comprises a mobile terminal, wherein an android system and a detonation system are integrated in the mobile terminal, the android system is connected with the detonation system through a serial communication interface, the android system is connected with a communication module, a storage module and an encryption module, the detonation system is provided with a detonator interface module and a collector interface module, the detonator interface module is connected with a detonator module through a wire, and the collector interface module is connected with a collector module through a wire.

The detonation system comprises a detonator authorization module for realizing detonator authorization verification, a detonator data management module for managing detonator data, a processing module for processing a detonation control flow and a storage and uploading module for storing detonation data and uploading a detonation record function.

The detonation system is based on an android operating system, configuration management and power management are carried out on each functional module through an API (application program interface) of the android operating system, instruction and data communication is carried out between the detonation system and the android system, and detonation control and data acquisition of detonators are achieved.

The detonator interface module is a detonator interface and is communicated with a detonator of the detonator module, and the collector interface module is a collector interface and is communicated with a collector of the collector module.

The mobile terminal charging system further comprises a charging interface which is arranged on the mobile terminal and used for charging the mobile terminal.

Compared with the prior art, the beneficial effects of the utility model are that:

the utility model is based on an android system, has powerful system function and simple development, and can realize various functional requirements; the man-machine interaction interface is rich, and the data entry is more humanized; a mature file system of an android system is used, so that reliable storage of detonation record data is guaranteed; the system software is simple and convenient to update, and is directly connected with a network for upgrading; the data storage capacity is large, the adopted storage module is a storage card, and the storage card can store the detonation data of up to several G; the communication mode of the communication module is rich, 2/3/4G network communication, WIFI, Bluetooth and other communication modes are supported, and the detonation system is directly communicated with the civil detonation management and control platform through the communication module; a plurality of initiators can be connected in a wireless or wired mode for networking operation, so that large-scale initiation application is easily realized; an encryption module is added to protect the safety of the detonation data; the camera is reserved, the functions of face recognition and the like can be expanded, and management and control of blasting operators are more effective; the whole machine is in modular design, safe and reliable, simple in production and maintenance, convenient to replace, large in expansion space and capable of meeting more blasting operation requirements.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Detailed Description

The following describes the present invention with reference to the accompanying drawings. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto. In addition, the technical features related to the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.

Referring to fig. 1, the utility model discloses an electronic detonator exploder based on tall and erect system of ann, including mobile terminal, the mobile terminal is interior integrated to have tall and erect system 1 of ann and detonating system 2, through serial communication interface connection between tall and erect system 1 of ann and detonating system 2, be connected with communication module 3, storage module 4 and cryptographic module 5 on the tall and erect system 1 of ann, be provided with detonator interface module 6 and collector interface module 7 on detonating system 2, there is detonator module 8 through wired connection on detonator interface module 6, there is collector module 9 through wired connection on collector interface module 7. The communication module 3 comprises two modes of wired communication and wireless communication, different communication measures can be taken according to different requirements in specific implementation, the storage module 4 is divided into an internal or external storage card, the encryption module 5 is an encryption card, the detonator interface module 6 is a detonator interface and is communicated with a detonator of the detonator module 8, and the collector interface module 7 is a collector interface and is communicated with a collector of the collector module 9.

The detonation system 2 comprises a detonator authorization module 21 for realizing detonator authorization verification, a detonator data management module 22 for managing detonator data, a processing module 23 for processing a detonation control flow, and a storage and uploading module 24 for storing detonation data and uploading a detonation record.

The detonation system 2 is based on an android operating system, configuration management and power management are carried out on each functional module through an API (application program interface) of the android operating system, instruction and data communication is carried out between the detonation system 2 and the android system 1, and detonation control and data acquisition of detonators are achieved.

The mobile terminal charging system further comprises a charging interface 10 which is arranged on the mobile terminal and used for charging the mobile terminal.

The utility model discloses a priming system acquires the data information of the detonator that needs to be detonated from civilian blasting platform through communication module, verifies its authorization legitimacy through detonator authorization module, then carries out blasting control operation to the detonator of current network deployment through detonator interface module, after blasting operation is finished, the storage module stores blasting record, at the same time, the data is encrypted through encryption module, finally, the data is uploaded to processing module through communication module, the storage and uploading module for storing and uploading blasting record function is used to upload to the management and control platform, the priming system integrates detonator communication control circuit, automatically analyzes detonator communication protocol, the connection with detonator module through detonator interface module, the collection of detonator module information is realized through collector module, functions such as detonator network test and priming control, it converts the control instruction of priming system into corresponding detonator module operation instruction, the data of a single or a plurality of detonator modules can be read and written, and the detonator module has a certain detonator information processing function and is responsible for detonator automatic networking management and charging detonation operation; adopt the modularized design, the hardware integrated level is high, and production maintenance is changed conveniently, fully considers the security of detonator in the detonating operation, and the reliability is high, uses standardized serial communication interface, can compatible various android operating system, and the extension upgrading is simple.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the described embodiments. It will be apparent to those skilled in the art that various changes, modifications, substitutions and alterations can be made in the embodiments without departing from the principles and spirit of the invention, and the scope of the invention is to be accorded the full scope of the claims.

Claims

1. The utility model provides an electron detonator exploder based on tall and erect system of ann which characterized in that: the mobile terminal is characterized by comprising a mobile terminal, wherein an android system (1) and a detonation system (2) are integrated in the mobile terminal, the android system (1) and the detonation system (2) are connected through a serial communication interface, the android system (1) is connected with a communication module (3), a storage module (4) and an encryption module (5), the detonation system (2) is provided with a detonator interface module (6) and a collector interface module (7), the detonator interface module (6) is connected with a detonator module (8) through a wire, and the collector interface module (7) is connected with a collector module (9) through a wire.

2. The android system-based electronic detonator initiator of claim 1, wherein: the detonation system (2) comprises a detonator authorization module (21) for realizing detonator authorization verification, a detonator data management module (22) for managing detonator data, a processing module (23) for processing a detonation control flow, and a storage and uploading module (24) for storing detonation data and uploading a detonation record function.

3. The android system based electronic detonator initiator of claim 1 or 2, wherein: the detonation system (2) is based on an android operating system, configuration management and power supply management are carried out on each functional module through an API (application program interface) of the android operating system, instruction and data communication is carried out between the detonation system (1) and the detonation system (2), and detonation control and data acquisition of detonators are achieved.

4. The android system-based electronic detonator initiator of claim 1, wherein: the detonator interface module (6) is a detonator interface and is communicated with a detonator of the detonator module (8), and the collector interface module (7) is a collector interface and is communicated with a collector of the collector module (9).

5. The android system-based electronic detonator initiator of claim 1, wherein: the mobile terminal charging system further comprises a charging interface (10) which is arranged on the mobile terminal and used for charging the mobile terminal.