CN111079960A - Automatic identification system of maintenance equipment - Google Patents
Automatic identification system of maintenance equipment Download PDFInfo
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- CN111079960A CN111079960A CN201911383567.0A CN201911383567A CN111079960A CN 111079960 A CN111079960 A CN 111079960A CN 201911383567 A CN201911383567 A CN 201911383567A CN 111079960 A CN111079960 A CN 111079960A
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Abstract
The invention discloses an automatic identification system of maintenance equipment, which comprises an automatic identification module, an automatic naming module, an automatic model compiling module, an automatic classifying module, an automatic coding module and an automatic numbering module. The automatic identification system for the maintenance equipment can automatically generate a management label and a technical label of the equipment, a box body identification and a box body label of a box body, and a classification code, an identification code and a serial number of the equipment according to uniform specifications; the equipment can also be named uniformly and the model can be compiled uniformly; and the professional classification of the equipment is determined according to the unified classification standard, so that the standardization of maintenance equipment identification and management is realized, the equipment identification and management efficiency is greatly improved, and the circulation process of each link of application, use, production and purchase of the maintenance equipment is facilitated. The automatic identification system for the maintenance equipment is automatically realized by adopting a computer program, personnel are not required to participate, and a large amount of manpower and material resources are saved.
Description
Technical Field
The invention relates to the technical field of maintenance equipment management, in particular to an automatic identification system of maintenance equipment.
Background
At present, related equipment management work is mainly responsible for personnel, and two problems generally exist: firstly, different personnel name the equipment, the equipment name is lack of specification, the development of the equipment and a producer determine the name of the equipment according to own practice in a common situation, and the situations that the name is not unique, one object has multiple names and one object has multiple names are common; secondly, when different personnel carry out model establishment, the model establishment lacks unified specifications, part of equipment has no model, and after the equipment is improved, although the names are the same, the effects are greatly different, and even the equipment cannot be used in the presence of new equipment; when different personnel make the equipment marks, the mark content, the mark method and the mark position are not fixed, which brings influence to the personnel unfamiliar with the equipment to apply, use and manage the equipment, and also brings serious influence to the management organizations at all levels to know and master the equipment condition and make the production, purchase and supplement plan decisions of the equipment.
Disclosure of Invention
The invention aims to provide an automatic identification system for maintenance equipment, which aims to solve the problem of inconvenient equipment management and use caused by lack of unified specifications in the working processes of equipment naming, model compiling and equipment identification by different personnel.
In order to achieve the purpose, the invention provides the following scheme:
a maintenance device auto-identification system, the maintenance device auto-identification system comprising: the automatic identification module, the automatic naming module, the automatic model compiling module, the automatic classification module, the automatic coding module and the automatic numbering module;
the automatic identification module is used for generating a management label and a technical label of the equipment, and a box body identification and a box body label of the box body;
the automatic naming module is used for naming the equipment in a unified way;
the automatic model compiling module is used for compiling the models of the equipment uniformly;
the automatic classification module is used for determining professional classification of the equipment according to different classification standards;
the automatic coding module is used for generating a classification code and an identification code of the equipment;
the automatic numbering module is used for generating the number of the equipment.
Optionally, the automatic identification module specifically includes:
the device automatic identification submodule is used for respectively generating a management tag and a technical tag of the device according to the management tag content and the technical tag content of the device;
and the box body automatic identification submodule is used for respectively generating a box body identification and a box body label of the box body according to the box body identification content and the box body label content of the box body.
Optionally, the device automatic identification sub-module specifically includes:
a management tag content acquisition unit configured to acquire a management tag content of the device; the management label content comprises the name, model specification, metering unit, production plant, production date and monitoring unit of the equipment;
a management tag generation unit, configured to generate a management tag of the device according to the management tag content;
a technical label content acquiring unit, configured to acquire technical label content of the device; the technical label content comprises one or more items of the weight, the input energy type, the nominal value required by work, the working temperature and humidity, the stored temperature and humidity, the output energy rated value and the working range of the equipment;
and the technical label generating unit is used for generating a technical label of the equipment according to the technical label content.
Optionally, the box automatic identification submodule specifically includes:
the box identification content acquisition unit is used for acquiring box identification content of the box; the box body identification content comprises the name, applicable object, distribution unit and distribution date of the equipment stored in the box body;
the box body identification spraying unit is used for spraying box body identifications outside the box body according to the content of the box body identifications;
the box label content acquiring unit is used for acquiring box label content of the box; the box label content comprises the name, identification code, applicable object, distribution unit, distribution date, serial number, production unit and monitoring unit of the equipment stored in the box;
and the box label generating unit is used for generating a box label of the box according to the box label content.
Optionally, the automatic naming module specifically includes:
the naming parameter acquiring unit is used for acquiring the model, the characteristic use and the name of the equipment;
and the naming unit is used for naming the equipment in a unified way according to the model, the characteristic use and the name of the equipment.
Optionally, the automatic model compiling module specifically includes:
the model compiling parameter acquiring unit is used for acquiring professional classification, application, serial number and annual formula of the equipment;
and the model compiling unit is used for compiling the model of the equipment according to the professional classification, the purpose, the serial number and the annual formula of the equipment.
Optionally, the automatic encoding module specifically includes:
the classification code generating unit is used for generating a classification code of the equipment according to professional classification of the equipment;
the identification code parameter acquisition unit is used for acquiring the coding category, the application range and the variety of the equipment;
an identification code generation unit for generating an identification code of the device according to a coding category, an application range, and a variety of the device; the identification code includes a tentative encoding region and a sequential code.
Optionally, the automatic numbering module specifically includes:
a numbering parameter acquiring unit, configured to acquire a numbering range, a numbering principle, and a numbering structure of the device;
and the number generating unit is used for generating the number of the equipment according to the number range, the number principle and the number structure of the equipment.
Optionally, the automatic identification system for repair equipment further includes:
the automatic boxing list generation module is used for generating an internal list or an external list of the equipment in the box body; the built-in list comprises a two-dimensional bar code and a character table list; the external list is a two-dimensional bar code.
According to the specific embodiment provided by the invention, the invention discloses the following technical effects:
the invention provides an automatic identification system of maintenance equipment, which comprises an automatic identification module, an automatic naming module, an automatic model compiling module, an automatic classifying module, an automatic coding module and an automatic numbering module. The automatic identification system for the maintenance equipment can automatically generate a management label and a technical label of the equipment, a box body identification and a box body label of a box body, and a classification code, an identification code and a serial number of the equipment according to uniform specifications; the equipment can also be named uniformly and the model can be compiled uniformly; and the professional classification of the equipment is determined according to the unified classification standard, so that the standardization of maintenance equipment identification and management is realized, the equipment identification and management efficiency is greatly improved, and the circulation process of each link of application, use, production and purchase of the maintenance equipment is facilitated. The automatic identification system for the maintenance equipment is automatically realized by adopting a computer program, personnel are not required to participate, and a large amount of manpower and material resources are saved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings provided by the present invention without any creative effort.
FIG. 1 is a schematic structural diagram of an automatic identification system for a maintenance device according to the present invention;
FIG. 2 is a schematic diagram of a model compilation format provided by the present invention;
FIG. 3 is a diagram illustrating an identification code format according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention aims to provide an automatic identification system for maintenance equipment, which aims to solve the problem of inconvenient equipment management and use caused by lack of unified specifications in the working processes of equipment naming, model compiling and equipment identification by different personnel.
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.
Fig. 1 is a schematic structural diagram of an automatic identification system of a maintenance device provided by the present invention. Referring to fig. 1, the automatic identification system of the maintenance equipment according to the present invention includes: the automatic identification module 1, the automatic naming module 2, the automatic model compiling module 3, the automatic classification module 4, the automatic coding module 5, the automatic numbering module 6 and the packing list automatic generation module 7.
The automatic identification module 1 is used for generating a management label and a technical label of the equipment, and a box body identification and a box body label of the box body.
The identification generated by the automatic identification module 1 is divided into an equipment identification and a box identification, wherein the equipment identification is used for identifying single-piece equipment, and generally adopts a format label mode fixed on the surface of the equipment and is used for recording information of managing and using articles; the box body identification is used for the packing box, generally adopts the mode of spraying tagging for directly perceivedly understand article kind and satisfy the automatic information acquisition requirement.
The device identification is in the form of format labels, and the format labels are divided into management labels and technical labels. The management tag content is a necessary item, and the technical tag content is optional content and needs to be used according to specific conditions. Wherein the managing tag content comprises: the name of the equipment, the model specification, the measurement unit, the equipment number (production lot), the manufacturing plant, the manufacturing date, and the supervision unit. The production lot and equipment number (abbreviated number) are selected as appropriate.
The technical label is only generated and used when needed, and the technical label content has the following aspects: weight, input energy type and nominal values required for operation, operating and storage temperature and humidity, output energy rating, operating range, etc.
Wherein, the technical label content is the content which must be labeled under the following conditions:
1.1, marking relevant items and data of energy sources by using equipment with a replaceable energy source module or an external energy source, wherein the relevant items and data comprise input energy source types, nominal values required by work and the like;
1.2, for a movable equipment tool with the single piece weight more than 20kg, the weight of the equipment needs to be marked;
1.3, marking environmental requirement items and values of equipment with requirements on the use environment, including the working and storage temperature and humidity of the equipment and the like;
1.4, equipment with output and working indexes marks output items and output data or working data, wherein the working data comprises a nominal value required by working, an output energy rated value and the like;
1.5, equipment produced by a plurality of manufacturers has different original factory part numbers which need original factory guarantee and management and are marked;
1.6, other projects with clear requirements on the security and the country.
The box sign includes box spraying sign and box label, box spraying sign content generally includes: name, applicable object, dispensing unit, dispensing date; the case label contents generally include: name, identification code (character and bar code), applicable object, distribution unit, distribution date, number (one-dimensional bar code), production unit, supervision unit, etc.
Wherein the applicable object is a unit of use specified in an allocation standard.
The distribution date refers to a date for uniformly organizing production, grouping and distributing to a use unit, is the same concept as the production date, and is generally used for management of complete equipment.
The identification code, the manufacturer code, the equipment number (production batch) and the production date of the article (equipment) are marked by using a one-dimensional bar code, and the marking method refers to the relevant national military standard.
Therefore, the automatic identification module 1 specifically includes:
and the device automatic identification submodule 101 is configured to generate a management tag and a technical tag of the device according to the management tag content and the technical tag content of the device, respectively.
And the box automatic identification submodule 102 is used for respectively generating a box identification and a box label of the box according to the box identification content and the box label content of the box.
The device automatic identification sub-module 101 specifically includes:
a management tag content acquisition unit configured to acquire a management tag content of the device; the management label content comprises the name, model specification, metering unit, production plant, production date and monitoring unit of the equipment;
a management tag generation unit, configured to generate a management tag of the device according to the management tag content;
a technical label content acquiring unit, configured to acquire technical label content of the device; the technical label content comprises one or more items of the weight, the input energy type, the nominal value required by work, the working temperature and humidity, the stored temperature and humidity, the output energy rated value and the working range of the equipment;
and the technical label generating unit is used for generating a technical label of the equipment according to the technical label content.
The box automatic identification submodule 102 specifically includes:
the box identification content acquisition unit is used for acquiring box identification content of the box; the box body identification content comprises the name, applicable object, distribution unit and distribution date of the equipment stored in the box body;
the box body identification spraying unit is used for spraying box body identifications outside the box body according to the content of the box body identifications;
the box label content acquiring unit is used for acquiring box label content of the box; the box label content comprises the name, identification code, applicable object, distribution unit, distribution date, serial number, production unit and monitoring unit of the equipment stored in the box;
and the box label generating unit is used for generating a box label of the box according to the box label content.
After the automatic identification module 1 is adopted to generate the box body label of the packing box, the box body label is usually adhered to the right upper corner position of the front surface and the right side surface of the box body, and the distance between the box body label and the ground debugging is not more than 1.6 meters.
The automatic naming module 2 is used for naming the devices in a unified manner.
In order to distinguish different varieties of equipment developed and produced at different periods and avoid the problem that users are difficult to distinguish, the equipment needs to be named uniformly. The automatic naming module 2 of the invention names the equipment and the machine tool, and comprises the following components: (model number + specific use + name). The names suggest the use of common basic item class names and are unified, such as millivolt meter and voltmeter unified as a voltmeter.
In order to meet the development requirements of standardized and modularized equipment, equipment which is specially used for certain type of equipment can be named as equipment tool, but no annual code and other codes are added; the range of equipment to which the device is applicable, whether it is a dedicated or a general-purpose device, should be indicated in the application range attribute in the device manual or database.
The automatic naming module 2 specifically comprises:
the naming parameter acquiring unit is used for acquiring the model, the characteristic use and the name of the equipment;
and the naming unit is used for naming the equipment in a unified way according to the model, the characteristic use and the name of the equipment.
The automatic model compiling module 3 is used for compiling the models of the equipment uniformly.
In order to prevent the problem of different specialties and types in model programming, the format of the model programming of the invention is shown in figure 2. Referring to fig. 2, the automatic model compiling module 3 specifically includes:
the model compiling parameter acquiring unit is used for acquiring professional classification, application, serial number and annual formula of the equipment;
and the model compiling unit is used for compiling the model of the equipment according to the professional classification, the purpose, the serial number and the annual formula of the equipment.
For the column of professional classification of the equipment, the invention provides a specific compiling mode embodiment, and the professional classification represents letters and the professional classification corresponding to the letters are limited as follows:
d electronics, J machinery, G optics, H chemical engineering, K storage and Z synthesis.
For electronic devices, the breakdown of professional classes and corresponding letter representations is as follows:
the method comprises the following steps of A electrical tool, B wave pattern analysis, C printed board welding and disassembling, D electric quantity test, P frequency spectrum analysis, G power measurement and analysis, X excitation signal source and Y alternating current and direct current power supply.
For the mechanical equipment, the specialized classification and corresponding letter representation are subdivided as follows:
z instructs accuse management, C dismantles hoist and mount (including the frock rack).
For optical devices, the subdivision of the professional classification and the corresponding letter representation is as follows:
j detection diagnosis (including measurement calibration) and W maintenance.
For the warehousing equipment, the subdivision professional classification and the corresponding letter are as follows:
q rescue and repair (including machining), F storage and protection, and B packaging and carrying.
For the comprehensive class device, the subdivision professional classification and the corresponding letter are as follows:
y energy supply, H assay test, L waste and waste utilization and X teaching training.
The automatic classification module 4 is used for determining professional classification of the equipment according to different classification standards.
The different classification standards form a multi-dimensional classification system by three independent classifications of use classification, function classification and field classification, and the classifications are independent from each other and can be used independently or in combination.
Wherein the usage categories include: the method comprises the following steps of command management, disassembly and hoisting (including a tool rack), detection diagnosis (including measurement and calibration), maintenance, rescue and repair (including machining treatment), storage and protection, container transportation, energy supply, chemical examination and test, waste treatment and waste utilization, and teaching and training;
the functional classification includes: electrician tools, wave pattern analysis, printed board welding and dismounting, electric quantity test, frequency spectrum analysis, power measurement and analysis, an excitation signal source and an alternating current and direct current power supply;
the domain classifications include: electronics, mechanics, optics, chemical industry, synthesis.
The automatic coding module 5 is used to generate a classification code and an identification code of the device.
The device codes generated by the automatic coding module 5 are divided into device classification codes and identification codes. Wherein the identification code of the device identifies each supplied device type independently and the classification code of the device provides the device with additional attributes for management, for classification management, statistics and queries of the device.
The automatic encoding module 5 specifically includes:
the classification code generating unit is used for generating a classification code of the equipment according to professional classification of the equipment;
the identification code parameter acquisition unit is used for acquiring the coding category, the application range and the variety of the equipment;
an identification code generation unit for generating an identification code of the device according to a coding category, an application range, and a variety of the device; the identification code includes a tentative encoding region and a sequential code.
The coding category refers to that for each kind of article (equipment) needing independent purchase, storage, supply and management in the development, distribution, supply and management process, the article coding comprises the equipment for complete purchase, storage and supply, and a unique identification code should be compiled.
The scope of applicability refers to the units that the device is to be dispensed with for use.
For the variety of equipment, the automatic coding module 5 of the invention makes the following limitations:
5.1, managing the equipment which needs to be repeatedly purchased, independently stored and managed by taking the equipment as supplies, and needing uniform coding;
5.2, carrying out unified management on the identification codes of the equipment; once the equipment is coded, the equipment is not changed for the whole life;
5.3, all devices with the same function, consistent working parameters (strength, size, electrical parameters and the like) and completely interchangeable are regarded as the same supply (the same device tool) and are endowed with an identification code;
5.4, if the equipment which needs maintenance and guarantee is different in decomposition structure, different equipment codes are given; for the devices which can be completely exchanged and replaced, although the structures of the devices are different, the devices which do not need to be decomposed and guaranteed are endowed with the same device code;
and 5.5, applying a new identification code for the modified equipment when the model of the product with different performance and guarantee requirements is changed or the model and the original model cannot be completely interchanged for use.
The automatic coding module 5 adopts a coding mode of separating a classification code and an identification code for the equipment tool, the classification code can be used for managing statistics and data processing, the identification code can be used for independently identifying the equipment tool, and the format of the identification code of the equipment is shown in fig. 3. Wherein 8689 is a tentative code interval and the sequence code is the serial number of the application.
The identification code of the equipment is required to be clearly marked on a nameplate of the equipment or a place which is convenient to read and not easy to wear, and when the identification code is marked together with the one-dimensional bar code, the name and the model, the identification code, the name and the model are marked in sequence, and other contents cannot be inserted in the middle. The coding time is that the new equipment or the modified product can be put forward a coding application to a code management organization after being examined and finalized. The automatic coding module 5 of the present invention is then used to generate a device code for a new device or retrofit product.
The automatic numbering module 6 is configured to generate a number for the device.
The numbering of the devices refers to the process of making a unique number for each device that needs to be managed or has administrative value, which is distinguished from any other item, and the result of the numbering is generally referred to as the device number.
The automatic numbering module 6 specifically includes:
a numbering parameter acquiring unit, configured to acquire a numbering range, a numbering principle, and a numbering structure of the device;
and the number generating unit is used for generating the number of the equipment according to the number range, the number principle and the number structure of the equipment.
Wherein, the numbering range refers to that the equipment tool units with the value of more than 500 yuan or related to the security management requirements need to compile single product numbers;
the numbering principle means that the numbering of the equipment single product can realize unique identification of an article without a variety code, and can realize the tracking management of the whole service life;
the numbering structure means that the number is composed of the following three parts:
the manufacturer code +4 years +4 production serial numbers.
The equipment in the box is also numbered independently, and the numbering is also unified.
And the packing list automatic generation module 7 is used for generating a packing list of the equipment in the box body.
The packing list is used for recording and displaying the variety, the number and the placing position of the articles in the box, and convenience is provided for a direct user to know the articles in the box. The boxing list comprises an internal list or an external list; the built-in list comprises a two-dimensional bar code and a character table list; the external list is a two-dimensional bar code.
The packing list format of the invention is as follows:
TABLE 1 packing List Format
The boxing list can adopt two-dimensional bar codes, the boxing list is divided into an internal list and an external list, and the internal list is provided with a character table list consistent with the boxing content besides the bar codes; the external list generally has no text table, and the external list is not recommended to be used.
After the automatic identification system of the maintenance equipment generates the corresponding equipment code or bar code, the following care should be taken when in use:
1. the information needing manual registration management must provide character codes for manual reading and provide corresponding data item labels for manual reading; when using a one-dimensional bar code, the text code is listed in parallel with the bar code, bar code up, text code down.
2. The outer side of the packing and transporting box is provided with an identification code and a serial number at the position which is convenient to read on the front side and the side surface, and the identification code and the serial number are simultaneously identified by a one-dimensional bar code and a character code so as to meet the reading requirements of different purposes, manpower and equipment.
3. The packing list is generally positioned on the inner side of the box door, is a hard machine-printed card, is placed in a mode of being directly pasted or being arranged in a transparent fixed bag, can be additionally provided with the packing list represented by a two-dimensional bar code, and has the same content as the text table list. If a two-dimensional bar code packing list is needed to be used outside the box body, the bar code label should be arranged on the lower side of the character label of the box body in parallel.
The automatic identification system for the maintenance equipment automatically generates a management label and a technical label of the equipment, a box body identification and a box body label of a box body, and a classification code, an identification code and a serial number of the equipment according to a uniform standard; and carrying out uniform naming and uniform model compilation on the equipment; and the professional classification of the equipment is determined according to the unified classification standard, so that the standardization of maintenance equipment identification and management is realized, the equipment identification and management efficiency is greatly improved, and the circulation process of each link of application, use, production and purchase of the maintenance equipment is facilitated. The automatic identification system for the maintenance equipment is automatically realized by adopting a computer program, personnel are not required to participate, and a large amount of manpower and material resources are saved.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention disclosed herein should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
The principles and embodiments of the present invention have been described herein using specific examples, which are presented solely to aid in the understanding of the apparatus and its core concepts; meanwhile, for a person skilled in the art, according to the idea of the present invention, the specific embodiments and the application range may be changed. In view of the above, the present disclosure should not be construed as limiting the invention.
Claims (9)
1. A maintenance device automatic identification system, comprising: the automatic identification module, the automatic naming module, the automatic model compiling module, the automatic classification module, the automatic coding module and the automatic numbering module;
the automatic identification module is used for generating a management label and a technical label of the equipment, and a box body identification and a box body label of the box body;
the automatic naming module is used for naming the equipment in a unified way;
the automatic model compiling module is used for compiling the models of the equipment uniformly;
the automatic classification module is used for determining professional classification of the equipment according to different classification standards;
the automatic coding module is used for generating a classification code and an identification code of the equipment;
the automatic numbering module is used for generating the number of the equipment.
2. The automatic identification system of maintenance equipment according to claim 1, wherein the automatic identification module specifically comprises:
the device automatic identification submodule is used for respectively generating a management tag and a technical tag of the device according to the management tag content and the technical tag content of the device;
and the box body automatic identification submodule is used for respectively generating a box body identification and a box body label of the box body according to the box body identification content and the box body label content of the box body.
3. The automatic identification system of maintenance equipment according to claim 2, wherein the automatic identification submodule of equipment specifically comprises:
a management tag content acquisition unit configured to acquire a management tag content of the device; the management label content comprises the name, model specification, metering unit, production plant, production date and monitoring unit of the equipment;
a management tag generation unit, configured to generate a management tag of the device according to the management tag content;
a technical label content acquiring unit, configured to acquire technical label content of the device; the technical label content comprises one or more items of the weight, the input energy type, the nominal value required by work, the working temperature and humidity, the stored temperature and humidity, the output energy rated value and the working range of the equipment;
and the technical label generating unit is used for generating a technical label of the equipment according to the technical label content.
4. The automatic identification system of maintenance equipment according to claim 2, wherein the box automatic identification submodule specifically comprises:
the box identification content acquisition unit is used for acquiring box identification content of the box; the box body identification content comprises the name, applicable object, distribution unit and distribution date of the equipment stored in the box body;
the box body identification spraying unit is used for spraying box body identifications outside the box body according to the content of the box body identifications;
the box label content acquiring unit is used for acquiring box label content of the box; the box label content comprises the name, identification code, applicable object, distribution unit, distribution date, serial number, production unit and monitoring unit of the equipment stored in the box;
and the box label generating unit is used for generating a box label of the box according to the box label content.
5. The automatic identification system of maintenance equipment according to claim 1, wherein the automatic naming module specifically comprises:
the naming parameter acquiring unit is used for acquiring the model, the characteristic use and the name of the equipment;
and the naming unit is used for naming the equipment in a unified way according to the model, the characteristic use and the name of the equipment.
6. The automatic identification system of maintenance equipment according to claim 1, wherein the automatic model compilation module specifically comprises:
the model compiling parameter acquiring unit is used for acquiring professional classification, application, serial number and annual formula of the equipment;
and the model compiling unit is used for compiling the model of the equipment according to the professional classification, the purpose, the serial number and the annual formula of the equipment.
7. The automatic identification system of maintenance equipment according to claim 1, wherein the automatic coding module specifically comprises:
the classification code generating unit is used for generating a classification code of the equipment according to professional classification of the equipment;
the identification code parameter acquisition unit is used for acquiring the coding category, the application range and the variety of the equipment;
an identification code generation unit for generating an identification code of the device according to a coding category, an application range, and a variety of the device; the identification code includes a tentative encoding region and a sequential code.
8. The automatic identification system of maintenance equipment according to claim 1, wherein the automatic numbering module specifically comprises:
a numbering parameter acquiring unit, configured to acquire a numbering range, a numbering principle, and a numbering structure of the device;
and the number generating unit is used for generating the number of the equipment according to the number range, the number principle and the number structure of the equipment.
9. The automatic service device identification system of claim 1, further comprising:
the automatic boxing list generation module is used for generating an internal list or an external list of the equipment in the box body; the built-in list comprises a two-dimensional bar code and a character table list; the external list is a two-dimensional bar code.
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