CN111475471A - Information system for industrial design resource sharing - Google Patents
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- CN111475471A CN111475471A CN202010258897.3A CN202010258897A CN111475471A CN 111475471 A CN111475471 A CN 111475471A CN 202010258897 A CN202010258897 A CN 202010258897A CN 111475471 A CN111475471 A CN 111475471A
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Abstract
The invention relates to an information system for sharing industrial design resources, which comprises a deletion judgment subsystem, a data calling subsystem and a data recovery subsystem; the deletion judgment subsystem is configured with a deletion judgment strategy, and the deletion judgment strategy comprises a file acquisition step, a feature extraction step, a deletion judgment step and a deletion output step; the data transfer subsystem is connected with the module compensation database, the module compensation database stores a plurality of module compensation information, the module compensation information includes module name and compensation content data, and through setting up like this, when data lack, just can directly write in additional at high in the clouds system through the name of data, need not to chart again, has also reduced the communication cost simultaneously, utilizes the storage resource and the processing resource of high in the clouds to write in additional, and is more high-efficient convenient.
Description
Technical Field
The present invention relates to mapping assistance systems, and more particularly, to an information system for industrial design resource sharing.
Background
Industrial mapping is currently very important in the field of industrial manufacturing, and industrial products are designed and drawn according to industrial mapping software. The common drawing software comprises drawing software such as CAD, 3DMAX, PRO/E, solid works, UG, CATIA and the like, the setting of each software to a module is different because the software formats used by designers of different industrial design companies are different, format files with different formats are completed through format conversion because the format logics of different software are different at present, the local graphic data are easy to lose in the transmission or format conversion process, and the local graphic data are often required to be redrawn if the local graphic data cannot be loaded, so that the time and the energy are consumed.
Disclosure of Invention
In view of the above, the present invention aims to provide an information system for industrial design resource sharing.
In order to solve the technical problems, the technical scheme of the invention is as follows: an information system for sharing industrial design resources comprises a deletion judgment subsystem, a data calling subsystem and a data recovery subsystem;
the deletion judgment subsystem is configured with a deletion judgment strategy, and the deletion judgment strategy comprises a file acquisition step, a feature extraction step, a deletion judgment step and a deletion output step; the file acquisition step comprises the steps of acquiring an industrial design file to be verified; the characteristic extraction step comprises the steps of dividing the obtained industrial design file into a plurality of module data, establishing association information for each module data, wherein each module data comprises a module name and module content data, reflecting the association of the module data and other module data, and respectively judging the module content data in each module data to be missing in the missing judgment step; the missing output step comprises the steps of sending the module name of the module data which is judged to be missing of the content data to the data calling subsystem and sending the corresponding associated information to the data recovery subsystem;
the data retrieval subsystem is connected with a module compensation database, the module compensation database stores a plurality of module compensation information, the module compensation information comprises a module name and compensation content data, the data retrieval subsystem is configured with a data retrieval strategy, and the data retrieval strategy comprises retrieving the compensation content data from the compensation database according to the received module name and sending the compensation content data to the data recovery subsystem;
the data recovery subsystem is configured with a data recovery strategy, the data recovery strategy comprises a data processing step, the data processing step comprises editing corresponding compensation content data according to the association information to obtain recovery content data, the data recovery step comprises forming new module data according to the recovery content data, and the data splicing step comprises replacing the original module data with the new module data to form a new industrial design file.
Further: the data calling subsystem is connected with a name database, a plurality of name groups are stored in the name database, and each name group comprises a plurality of module names; the data calling strategy also comprises a name group corresponding to the received module name access, and all module names under the name group are regarded as the same module name to access the compensation database.
Further: and the data calling subsystem is also configured with a calling verification strategy, and executes the calling verification strategy when the corresponding compensation content data is not called in the compensation database, wherein the calling verification strategy comprises outputting the module name, waiting for a user to select the corresponding compensation content data, and storing the module name corresponding to the selected compensation content data to the same name group in the name database.
Further: the related information comprises shape adjusting information, the shape adjusting information comprises a shape name and adjusting characteristics, the data recovery subsystem is connected with a shape characteristic database, the shape characteristic database comprises a shape name and shape content data, the data processing step comprises the steps of calling corresponding shape content data from the shape characteristic database according to the shape name in the shape adjusting information, and editing corresponding compensation content data according to the obtained shape content and the adjusting characteristics data.
Further: the associated information comprises characteristic adjusting information, the size adjusting information comprises size and adjusting position, and the data processing step comprises editing corresponding compensation content data according to the size and the adjusting position.
Further: the module data further comprises data size, the data size reflects the size of the module content data, the missing comparison step comprises generating a corresponding data volume condition according to the data size, and judging that the data is missing when the actual size of the module content data is inconsistent with the data volume condition.
Further: the module data also comprises an identification code according to the data of the module content data, the missing comparison step comprises the step of compiling the module content data through a decompilation algorithm corresponding to the identification code to obtain a corresponding identification response code, and when the identification response code is inconsistent with the identification code, the data missing is judged.
Further: the system comprises a naming database, a module content data storage system and a self-naming subsystem, wherein the naming database comprises characteristic naming information, the characteristic naming information comprises a module name and characteristic data corresponding to the module name, the self-naming subsystem is configured with a characteristic extraction strategy, and the characteristic extraction strategy is used for extracting the characteristic data according to the module content data and calling the corresponding module name from the naming database according to the characteristic data to generate corresponding module data.
Further: each user side is configured with a local database, the local database is configured with complex module information, the complex module information comprises a module name and module content data, and when the module compensation database does not have corresponding compensation content data, the corresponding local database is accessed to obtain the module content data as the compensation content data.
Further: the local database is entered by a user.
The technical effects of the invention are mainly reflected in the following aspects: through setting up like this, when the data is lacked, just can directly carry out the additional writing at high in the clouds system through the name of data, need not to make a picture again, also reduced the communication cost simultaneously, utilize the storage resource and the processing resource of high in the clouds to carry out the data additional writing, it is more efficient convenient.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed 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 it is obvious for those skilled in the art to obtain other drawings without creative efforts.
FIG. 1: the invention discloses a schematic diagram of a system architecture;
FIG. 2: the invention discloses a flow chart of a deletion judgment subsystem.
Reference numerals: 1. an industrial design file; 100. a deficiency judgment subsystem; 200. a data retrieval subsystem; 201. a name database; 202. a module compensation database; 20. a local database; 300. a data recovery subsystem; 400. a self-naming subsystem; 401. naming a database; s1, file acquisition; s2, a feature extraction step; s3, a missing judgment step; and S4, missing output step.
Detailed Description
For further explanation of the various embodiments, the drawings which form a part of the disclosure and which are incorporated in and constitute a part of this specification, illustrate embodiments and, together with the description, serve to explain the principles of operation of the embodiments, and to enable others of ordinary skill in the art to understand the various embodiments and advantages of the invention, and, by reference to these figures, reference is made to the accompanying drawings, which are not to scale and wherein like reference numerals generally refer to like elements. The following detailed description of the embodiments of the present invention is provided in order to make the technical solution of the present invention easier to understand and understand.
Referring to fig. 1, an information system for industrial design resource sharing includes a deficiency determination subsystem 100, a data retrieval subsystem 200, and a data recovery subsystem 300; firstly, use scenarios need to be explained, for example, when the industrial design file 1 is transmitted, data loss or data display failure can be caused due to different file environments and inconsistent number of loaded samples. Specifically, when the user receives an industrial drawing data file, the following work is performed.
As shown with reference to fig. 2. The deletion judgment subsystem 100 is configured with a deletion judgment policy, wherein the deletion judgment policy comprises a file acquisition step S1, a feature extraction step S2, a deletion judgment step S3 and a deletion output step S4; the file acquiring step S1 includes acquiring an industrial design file 1 to be verified; the characteristic extraction step S2 includes dividing the obtained industrial design file 1 into a plurality of module data, each module data including a module name and module content data, and establishing association information for each module data, the association information reflecting an association between the module data and other module data, and the missing determination step S3 determining that the module content data in each module data is missing, respectively; the missing output step S4 includes sending the module name of the module data determined to be missing of the content data to the data retrieval subsystem 200, and sending the corresponding associated information to the data recovery subsystem 300; the associated information includes shape adjustment information, the shape adjustment information includes a shape name and an adjustment feature, the data recovery subsystem 300 is connected with a shape feature database, the shape feature database includes a shape name and shape content data, and the data processing step includes retrieving corresponding shape content data from the shape feature database according to the shape name in the shape adjustment information, and editing corresponding compensation content data according to the obtained shape content and the adjustment feature data. The associated information comprises characteristic adjusting information, the size adjusting information comprises size and adjusting position, and the data processing step comprises editing corresponding compensation content data according to the size and the adjusting position. The module data further comprises data size, the data size reflects the size of the module content data, the missing comparison step comprises generating a corresponding data volume condition according to the data size, and judging that the data is missing when the actual size of the module content data is inconsistent with the data volume condition. The module data also comprises an identification code according to the data of the module content data, the missing comparison step comprises the step of compiling the module content data through a decompilation algorithm corresponding to the identification code to obtain a corresponding identification response code, and when the identification response code is inconsistent with the identification code, the data missing is judged. Firstly, judging whether the file is lost or not, firstly, performing characteristic division after the file is acquired, defining a mechanical unit as module data because any mechanical structure can be divided into minimum units and most drawing software is also used to define the mechanical structure by the minimum units, wherein the module data reflects the name and the content of the data and defines associated information for the module data, the associated information reflects the position, the posture and the values of related parameters of the module data, and the like, for example, a bolt A in the file is defined as module data (the bolt A is also used for describing the following for the convenience of understanding), a bolt is the name of the module data, and the module content data is the actual shape (nut and screw) of the bolt, the related information is the position of the bolt a, how to match with a certain screw hole, the specific thread pitch or the diameter of a nut and the like, and the bolt a can be drawn by re-drawing through the related information and the module name, but the related information is directly called in the invention. Judging whether a plurality of methods exist for deletion, wherein 1, the sizes are inconsistent, and firstly, if the size of the data content changes, the data content is regarded as the characteristic deletion; 2. by configuring an editing subroutine in advance, when the original data content is generated, the original data is processed according to the algorithm to obtain a shorter identification code, preferably 128 bits, and the identification code is sent with the file, and the received data content is further operated to obtain an identification code, and if the identification code does not correspond to the identification code, the data content is changed after being received (possibly due to recompilation), so that the judgment can be made as true.
The data retrieval subsystem 200 is connected with a module compensation database 202, the module compensation database 202 stores a plurality of module compensation information, the module compensation information comprises a module name and compensation content data, the data retrieval subsystem 200 is configured with a data retrieval strategy, and the data retrieval strategy comprises retrieving the compensation content data from the compensation database according to the received module name and sending the compensation content data to the data recovery subsystem 300; the data retrieval subsystem 200 is further configured with a retrieval verification policy, and when the corresponding compensation content data is not retrieved from the compensation database, the retrieval verification policy is executed, where the retrieval verification policy includes outputting the module name, waiting for a user to select the corresponding compensation content data, and storing the module name corresponding to the selected compensation content data to the same name group in the name database 201. The data retrieval subsystem 200 is connected with a name database 201, the name database 201 stores a plurality of name groups, and each name group comprises a plurality of module names; the data calling strategy also comprises a name group corresponding to the received module name access, and all module names under the name group are regarded as the same module name to access the compensation database. After the missing judgment, the data calling is performed, the principle of the data calling is that data in a module compensation database 202 stored in the cloud server is compensated in advance, for example, if the bolt a is judged to be missing, the information received by the data calling subsystem 200 is a bolt, compensation content data of the bolt is found in the module compensation database 202, and then the compensation content data is sent to a corresponding database, but a database for intelligently and semantically retrieving names can be added, because actual conditions may be different users, the names of the same module feature are different, for example, "bolt" and "bolt fastener" are the same feature, but the meaning of a computer cannot be directly identified, an independent name database 201 is provided, the names of name groups stored in the name database 201 are different but are understood to be identical, for example, still for bolt a, it is possible that the module name in the module compensation database 202 is "bolt fastener" and thus matching could not be done, but if the name group is accessed first, then both are known to be the same feature, and then the access is done to get the corresponding feature. The resulting compensated content data is then sent to the next subsystem.
The data recovery subsystem 300 is configured with a data recovery strategy, the data recovery strategy includes a data processing step, the data processing step includes editing corresponding compensation content data according to the association information to obtain recovered content data, the data recovery step includes forming new module data according to the recovered content data, and the data splicing step includes replacing the original module data with the new module data to form a new industrial design file 1. The data recovery subsystem 300 processes the obtained compensation content data to obtain the recovered content data, and for the bolt a, the compensation content data and the associated data are obtained at this time, and at this time, the compensation content data can be edited through information recorded in the associated data, such as the thread pitch of the bolt, the size of the nut, the overall size, the set position, the travel distance of the screwing device, and the like, so that new module data after recovery can be obtained, and the industrial design file 1 with the defect can be recovered.
The self-naming subsystem 400 comprises a naming database 401, the naming database 401 comprises feature naming information, the feature naming information comprises a module name and feature data corresponding to the module name, the self-naming subsystem 400 is configured with a feature extraction strategy, the feature extraction strategy is used for extracting the feature data according to the module content data, and the corresponding module name is called from the naming database 401 according to the feature data to generate corresponding module data. The self-naming subsystem 400 is an independent module, naming is complicated because the design logic of part of industrial design software is not in a naming mode, the self-naming subsystem 400 can access data content, then characteristics are extracted according to the data content, for example, when the data content is accessed, the characteristics with threads are obtained, a nut is arranged at one end of the characteristics and are columnar characteristics, and the characteristics are recorded in the naming subsystem, so that naming can be carried out by accessing the naming subsystem, and the module data can be named as a bolt.
Each user side is configured with a local database 20, the local database 20 is configured with complex module information, the complex module information includes a module name and module content data, and when there is no corresponding compensation content data in the module compensation database 202, the corresponding local database 2O is accessed to obtain module content data as compensation content data. The local database 20 is entered by the user. Since all data are stored by the cloud server through the arrangement, obviously, the data volume is too large, and the heterogeneous data of some special industries are stored by the local database 2O, the principle of the local database 20 is the same as that of the module compensation database 202, the basic data can be shared for data of different fields, and the data in the field can be supplemented by the local database 20, for example, if the user a is a production lathe device, for example, a mounting plate, a fastener, and the like can be provided by the module compensation database 202, and for example, the data of the heterogeneous tool bit can be stored locally, the data volume of the local and cloud is not too large, the retrieval efficiency is high, and the response is fast.
The above are only typical examples of the present invention, and besides, the present invention may have other embodiments, and all the technical solutions formed by equivalent substitutions or equivalent changes are within the scope of the present invention as claimed.
Claims (6)
1. An information system for industrial design resource sharing, characterized by: the system comprises a deficiency judgment subsystem, a data calling subsystem and a data recovery subsystem;
the deletion judgment subsystem is configured with a deletion judgment strategy, and the deletion judgment strategy comprises a file acquisition step, a feature extraction step, a deletion judgment step and a deletion output step; the file acquisition step comprises the steps of acquiring an industrial design file to be verified; the characteristic extraction step comprises the steps of dividing the obtained industrial design file into a plurality of module data, establishing association information for each module data, wherein each module data comprises a module name and module content data, reflecting the association of the module data and other module data, and respectively judging the module content data in each module data to be missing in the missing judgment step; the missing output step comprises the steps of sending the module name of the module data which is judged to be missing of the content data to the data calling subsystem and sending the corresponding associated information to the data recovery subsystem;
the data retrieval subsystem is connected with a module compensation database, the module compensation database stores a plurality of module compensation information, the module compensation information comprises a module name and compensation content data, the data retrieval subsystem is configured with a data retrieval strategy, and the data retrieval strategy comprises retrieving the compensation content data from the compensation database according to the received module name and sending the compensation content data to the data recovery subsystem;
the data recovery subsystem is configured with a data recovery strategy, the data recovery strategy comprises a data processing step, the data processing step comprises editing corresponding compensation content data according to the association information to obtain recovery content data, the data recovery step comprises forming new module data according to the recovery content data, and the data splicing step comprises replacing the original module data with the new module data to form a new industrial design file;
the data calling subsystem is connected with a name database, a plurality of name groups are stored in the name database, and each name group comprises a plurality of module names; the data calling strategy also comprises accessing a corresponding name group according to the received module name, and accessing the compensation database by regarding all module names under the name group as the same module name; the data calling subsystem is also configured with a calling verification strategy, and when the corresponding compensation content data is not called in the compensation database, the calling verification strategy is executed, wherein the calling verification strategy comprises the steps of outputting the module name, waiting for a user to select the corresponding compensation content data, and storing the module name corresponding to the selected compensation content data under the same name group in the name database;
the related information comprises shape adjusting information, the shape adjusting information comprises a shape name and adjusting characteristics, the data recovery subsystem is connected with a shape characteristic database, the shape characteristic database comprises a shape name and shape content data, the data processing step comprises the steps of calling corresponding shape content data from the shape characteristic database according to the shape name in the shape adjusting information, and editing corresponding compensation content data according to the obtained shape content and the adjusting characteristics data.
2. An information system for industrial design resource sharing as claimed in claim 1 wherein: the associated information comprises characteristic adjusting information, the size adjusting information comprises size and adjusting position, and the data processing step comprises editing corresponding compensation content data according to the size and the adjusting position.
3. An information system for industrial design resource sharing as claimed in claim 1 wherein: the module data further comprises data size, the data size reflects the size of the module content data, the missing comparison step comprises generating a corresponding data volume condition according to the data size, and judging that the data is missing when the actual size of the module content data is inconsistent with the data volume condition.
4. An information system for industrial design resource sharing as claimed in claim 1 wherein: the module data further includes an identification code, the identification code being based on data of the module content data.
5. An information system for industrial design resource sharing as claimed in claim 4 wherein: the missing comparison step comprises the step of compiling module content data through a decompilation algorithm corresponding to the identification codes to obtain corresponding identification response codes, and judging that the data are missing when the identification response codes are inconsistent with the identification codes.
6. An information system for industrial design resource sharing as claimed in claim 1 wherein: the system further comprises a self-naming subsystem, wherein the self-naming subsystem comprises a naming database, and the naming database comprises feature naming information.
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