CN111274623A - Design method of industrial automation design programming software system - Google Patents
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Abstract
The invention discloses a design method of an industrial automation design programming software system, which comprises the following steps: (1) mechanical design: establishing a library file similar to Solidworks or Altium designer software; (2) programming: according to the parameter definition of the library file, the working principle and the activity range of various accessories are limited, and software provides a programming basis after arranging all accessories used in the currently designed non-standard automation equipment in a list mode; (3) circuit design: the software knows the accessory selected by the user, the related control principle of the related accessory, the software knows the sensor selected by the user, the power supply required by the related sensor, the type of the output signal, the software knows the operation flow of the equipment designed by the user, and the software generates a schematic diagram of the circuit at the same time of generating a program. The invention integrates the functions of mechanical design, multifunctional calculation, software program generation, circuit generation, accessory purchase list, recommendation of related manufacturers, expense settlement, tax calculation and the like, brings convenience to the design and effectively improves the efficiency.
Description
Technical Field
The invention relates to the technical field of industrial design, in particular to a design method of an industrial automation design programming software system.
Background
The approximate flow of designing a mechatronic product at present is: the method comprises the steps of scheme determination by a mechanical design engineer, reliability evaluation, cost and quotation evaluation, mechanical, electronic and software three-party engineering technology communication function flow, three-party work division design of machinery, circuits and software, mechanical part purchasing and electrical part purchasing, part waiting to go to a factory, final mechanical drawing design according to actual sizes of the parts, non-standard workpiece external processing, assembly mechanism part, circuit assembly, installation and debugging software, modification and adjustment design conflict, normal function operation and shipment.
In the above process, a mechanical design (such as Autocad, Solidworks, etc.) and a circuit design (such as aluminum designer, PADS, etc.) program design (such as Labniew and various PLC programming software are needed.
The software can be developed by different engineers in different groups. A great deal of research, discussion and communication work is required, and meanwhile, people with high leadership are required to coordinate and cooperate seamlessly.
In the process of designing a machine or a circuit, a large amount of product catalogues and data need to be searched to find suitable accessories and drawings. The design of the equipment can only be started according to the drawing. When searching for accessories, factors such as functional parameters, overall dimensions, price, quality life, tax point height and the like need to be considered. When purchasing, the user faces the factors of shortage of goods, long logistics time, long customization week and the like to change and select accessories, so that the waste of manpower, material resources, time and the like is caused.
In the process of designing a mechanical circuit, a series of factors such as structural rigidity, material deformation, durability, friction resistance, gas flow, chemical reaction, pneumatic thrust, motor torque, deceleration proportion, speed inertia, deceleration buffer, damping design, non-standard part processing difficulty, material selection cost and the like need to be considered, and a large amount of calculation work is needed.
Therefore, an engineer with abundant experience and strong responsibility is needed to smoothly complete the design work of a non-standard device, and the cost is lost by careless rework.
In the process of designing a circuit and software, a large amount of work such as wire current bearing capacity, heat dissipation, power load capacity and the like needs to be calculated, and when various types of contactors, sensors and electric accessories of a transmitter are selected, due to the fact that the types of contactors, the sensors and the electric accessories of the transmitter are various in the market, advertisements are luxurious, the fish and eyes are mixed, new products are frequent, the most suitable contactor, the best cost performance and the best stability are needed to be selected, a large amount of energy is needed, repeated development of enterprises is avoided, and a large amount of unnecessary energy is wasted.
In the quoting link of cost estimation, non-standard parts are needed to wait for evaluation of quotation by professional manufacturers, such as the processing cost of the sheet metal structure, such as material cost, cutting, shearing, folding and welding, which need to calculate the area, and the baking varnish process requirement cost of processing difficulty, such as corrosion resistance, wear resistance, high temperature resistance and the like, which are limited by the process. Such as the long bottom matching of the section bar customization, the thickness material selection, the cutting transportation, the zero-opening price increase, the supplier price comparison and the like. Such as CNC processing, wire cutting, lathes, grinding machines, electroplating, oxidation and other factory searching, price inquiry and price comparison, and the selection needs to consider factors such as delivery date, quality, environmental protection, precision and the like.
In terms of purchasing, it is even more difficult to control the artificial price raising factors, such as the buyer taking back the discount, and the price raising caused by the artificial factors such as order change of non-professional manufacturers and order frying.
In a software debugging link, problems are found during software trial operation, most manufacturers have a series of relevant factors such as too small lead screw lead, insufficient speed, insufficient motor selection torque, insufficient pneumatic thrust, insufficient sensor precision, insufficient speed influenced by a processor, insufficient selected PLC interface, too long communication time of purchased instruments and the like due to insufficient early calculation work, so that the situations of refitting, cost increase, cycle lengthening, price reduction and receiving and the like are caused.
After solving the above problems, non-standard automated design companies face the factors of staff mobility, increased wages required by technical engineering, and poor time coordination between external technicians, which results in uncontrollable increase of development period and failure to deliver goods within the preset time of customers.
Mechanical design software commonly used in the market at present has very strong speciality, and by taking Solidworks as an example, the main development direction in the aspect of mechanical design is to provide more intelligent drawing experience for users, and meanwhile, the strong library function provides various conventional accessory selections for the users, and simultaneously provides more parameter definitions for the conventional accessories, so that the users can conveniently reduce and avoid a large amount of calculation work when designing machinery. But still not enough to solve the large number of practical problems faced in the design process of a non-standard device. And the method has strong specialization, and can be flexibly applied only by needing stronger mechanical theoretical basis.
At present, the graphical programming software with the most friendly interface in the market takes the common mitsubishi PLC programming software as an example, although the programming mode of a ladder diagram is simpler and easier to use than C +, VB and other software, the graphical programming software still needs professional and systematic learning and can be used by professional programmers, in the programming process, although the programming is efficient and intuitive compared with the programming of C +, VB and other language codes from the perspective of a plane diagram, a nonstandard device which continuously changes on a time axis for three-dimensional dynamic motion is not intuitive enough, so that the graphical programming software can be edited by perfect only needing extremely strong logical thinking, and a plurality of professional PLC programming engineers still need to continuously debug during program trial operation to solve the problem of logical errors.
A large amount of various types of computing software exist on a network, but the profession distinction is large, APP developed for advertisement promotion by related manufacturers or industries basically has incomplete functions, the APP is not computing software designed for users, and the APP is not suitable for practical application. Engineers in various industries make calculation tables according to personal experiences to calculate various parameters, so that the technical level is different.
Although the accessory purchasing aspect provides massive selections for online purchasing websites such as Taobao, 1688, Jingdong and the like, the selection of non-standard design industries is greatly facilitated compared with the prior art. However, the mass selection brings new troubles, and various manufacturers release too much repeated information, false price marking, high-imitation products, virtual mark parameters and the like. The buyer has to choose carefully, and the expensive one is feared to buy the product.
In the aspect of industrial software, domestic excellent software such as Beijing carved essence and Zhongwang CAD is limited to CAM programming or drawing design, most manufacturers basically use foreign software due to incomplete functions, Chinese originality is many, but the social practical situation is that the work and technology experience is rich, the academic history is low, the design software with complete functions is difficult to master, the academic history is high, the experience is not rich enough, and the free idea is not adopted by enterprises.
Disclosure of Invention
In view of the above, the present invention is directed to the deficiencies of the prior art, and the main objective of the present invention is to provide a design method for an industrial automation design programming software system, which integrates mechanical design, multi-function calculation, software program generation, circuit generation, parts purchase list, recommendations of related manufacturers, cost settlement, and tax calculation.
In order to achieve the purpose, the invention adopts the following technical scheme:
a design method of an industrial automation design programming software system comprises the following steps:
(1) mechanical design: establishing a library file similar to Solidworks or Altium designer software, wherein the library file comprises various static and dynamic parameters of various accessories;
(2) programming: according to the parameter definition of the library file, the working principle and the activity range of various accessories are limited, and software provides a programming basis after arranging all accessories used in the currently designed non-standard automation equipment in a list mode;
(3) circuit design: the software knows the accessory selected by the user, the related control principle of the related accessory, the software knows the sensor selected by the user, the power supply required by the related sensor, the type of the output signal, the software knows the operation flow of the equipment designed by the user, and the software generates a schematic diagram of the circuit at the same time of generating a program.
Preferably, the library file contains electrical parameters of various sensor accessories, and software simulates whether the object can be identified by the selected sensor or not by defining the property of the sensed object, and gives recommendations for technical support.
Preferably, in the step (1), the user designs a frame structure by the materials in the library file, the used aluminum profile, or iron square tube, or round tube, or sheet metal, and after the design work is finished, the software is automatically spliced according to the specification and length parameters of the used materials.
Preferably, in the step (2), the user clicks the accessories on the designed structural graph in sequence by using a mouse, the software records the clicking sequence of the user, records the motion track of the accessories and stores the motion track into the programming flow chart.
Preferably, after the user runs the simulation record according to 3D, the programming function of the software in the step (2) is converted into a program code after the user simulates work detection on the software according to the edited program, and the program code is burned into related hardware, and then the program code can be installed into equipment to run.
Preferably, the circuit schematic diagram produced by software in the step (3) is that the software knows the power of each main circuit branch circuit of the equipment, calculates the diameter of the required power wire and the required temperature of the working environment; the software must know the circuit accessory model specifications required for the schematic, produce a purchase list, list the detailed model, quantity and price.
Compared with the prior art, the invention has obvious advantages and beneficial effects, and specifically, the technical scheme includes that:
the invention simultaneously completes mechanical design, program design and circuit design in a software system, integrates the functions of mechanical design, multifunctional calculation, software program generation, circuit generation, accessory purchase lists, recommendation of relevant manufacturers, expense settlement, tax calculation and the like, brings convenience to the design and effectively improves the efficiency.
Detailed Description
The invention discloses a design method of an industrial automation design programming software system, which comprises the following steps:
(1) mechanical design: and establishing a library file similar to Solidworks or aluminum designer software, wherein the library file comprises various static and dynamic parameters of various accessories.
For example, a normal cylinder, is no longer just a movable 3D graphic, but contains the parameters of effective stroke, thrust generated at different air pressures, speed, weight, price, etc. at different air flow rates,
for example, a motor, the library file in the existing software only expresses the shape, the library file designed by the software firstly classifies various motors on the market, a stepping motor can select various sizes and models in the library, specific models and brands of the motors are provided, the torque generated by the motors of different brands, the highest rotating speed, the working current, the matched driver models and the shape and the size.
For example, a user designs an iron-metal structure, the cylinder and the motor are installed, and software can calculate whether the metal plate structure is enough for bearing according to the weight of the cylinder and the weight of the motor
The library file contains various sensor accessories, and is different from the 3D library file in the existing mechanical software library which only expresses dimension and shape, the software library contains the electrical parameters of various sensors, and the software simulates whether the object can be identified by the selected sensor or not by defining the properties (such as gas, iron, aluminum and other engineering insulating materials) of the sensed object and gives technical support recommendation.
A user designs a frame structure through the materials in the software library, the used aluminum profiles, or iron square tube, or round tubes, or metal plates are automatically spliced according to the used material specification and length parameters after the design work is finished, so that the whole materials or the whole plates are purchased in the most reasonable mode for cutting, and waste caused by incomplete manual calculation is effectively prevented. And the problem that a great amount of bulk materials are spliced into a whole purchase price when a purchasing person purchases materials according to the demand of engineering personnel is also avoided.
Aiming at a non-standard sheet metal design drawing, software carries out splicing calculation after expansion through an expansion function similar to CAD software, and can calculate sheet metal processing prices such as laser cutting length, bending processing times, welding length and the like according to a 3D design drawing file and a plane outline.
The software knows the accessories used by the whole equipment, and can generate a purchase list, so that a large amount of statistical work is avoided. And the purchase list is detailed to the number of brands and specifications of each accessory and the number of specifications of each screw.
(2) Programming: according to the parameter definition of the library file, the working principle and the moving range of various accessories are limited, and software provides a programming basis after arranging all the accessories used in the currently designed non-standard automation equipment in a list mode.
The software is programmed from the perspective of 3D movement, and the problem of a large number of logic relation thinking in plane graph programming is solved.
And sequentially clicking the accessories on the designed structural graph by a user through a mouse, recording the clicking sequence of the user through software, recording the motion track of the accessories, and storing the motion track into a programming flow chart.
For example, the user clicks the cylinder once, the software simulates that the cylinder extends out, clicks the cylinder again once, and retracts the cylinder; for example, after a user clicks the motor once, the motor pops up a window, and asks the user to specify the rotating speed and the direction (if the motor is a servo motor, the specified working torque is additionally added) and inputs good parameters, the motor rotates according to the user-defined parameters. For different types of motors, the parameters are limited to the parameter range of the motor library.
When the user continuously clicks more than two accessories, whether the tracks generated when the two current components move in a matched mode conflict can be previewed, and after the fact that no problem exists, other accessories can be continuously clicked. In current programming, software is marked with a striking color when there is a structural conflict in the mechanical design.
The software may define various tools such as saw blades, punches, water flow, lights, etc. when the tools are used to affect the objects during the program editing process, the software performs simulation operations according to the tool type and the properties of the objects, for example, the user selects ceramic saw blades for cutting wood by mistake, the saw blades cannot cut, high temperature and a large amount of smoke are generated. The software will recommend a saw blade that will suit the characteristics of the object of interest.
The programming function of the software has an AI artificial intelligence learning function, the more people are used, the more successful cases are, the material characteristics, the processing mode, the processing influence, the material deformation, the temperature influence and the like in the industrial field need to be calculated manually at ordinary times or the technical indexes designed by experience are correlated, so that the AI artificial intelligence is rapidly applied to the industrial design field.
After a user operates the simulation record according to 3D, the programming function of the software is converted into a program code after the user simulates work detection on the software according to the edited program, and the program code is burned into related hardware and can be installed on equipment to operate.
The software knows the device motion flow, program logic, and required circuitry. According to a common program controller in the market, a brand new program controller with functions similar to a PLC is designed and is specially used for matching a program produced by the software. The software produces a new program each time, a serial number is generated and sent to the software background remote server, the server writes the serial number into a program controller and mails the controller to the user, the software generated currently can run on the program controller after checking the hardware serial number, otherwise, the software cannot run, and intellectual property of manufacturers is protected to the maximum extent. And copying is avoided.
(3) Circuit design: the software knows the accessory selected by the user, the related control principle of the related accessory, the software knows the sensor selected by the user, the power supply required by the related sensor, the type of the output signal, the software knows the operation flow of the equipment designed by the user, and the software generates a schematic diagram of the circuit at the same time of generating a program.
Taking an air cylinder as an example, the air cylinder needs to be controlled by an electromagnetic valve, and when the user uses the air cylinder, the user knows the action mode of the air cylinder during working, and can select the relevant electromagnetic valve from the library file. When the relevant control principle of the corresponding electromagnetic valve is established in a library file, parameters such as working voltage, current, working frequency, power and the like of the electromagnetic valve are defined, when a user clicks the air cylinder during programming, the associated electromagnetic valve can work by which electric signal, and software can establish a relevant circuit of the electromagnetic valve according to the electric signal.
Taking a servo motor as an example, the servo motor needs a driver when working, the driver needs pulse signals or communication control, when a user defines the torque of the motor, the motor works in a torque mode, when the user simultaneously defines the rotating speed, the motor works in a mixed mode of the torque and the speed, and when the user selects the brand model of the motor, the driver matched with the motor is synchronously selected.
The driver is established in a library file, relevant parameters and communication protocol are defined, parameters required by the driver to work are known by software according to the function setting of a motor by a user, and relevant circuits of the driver can be established according to voltage, current, communication control principle, pulse frequency and alarm parameters required by the driver of the brand model.
Taking a magnetic proximity sensor as an example, when a user selects the sensor, the working principle of the sensor is defined when building a library file, and if the user does not install a magnetic object associated with the sensor in the structural design (such as a TN20-20S cylinder, S indicates that the cylinder is magnetic), the software prompts that the device cannot use the sensor. And clearly indicates that the selected type of cylinder concerned is caused by non-magnetism. The software knows the operating voltage, current, output signal type of the sensor and has defined it as a sensor that requires the relevant mechanical action to be triggered, and the software can then not only create the relevant operating circuit but also provide the necessary limitations to the programming. More specific operations allow or disallow logical relationships.
The software can calculate the diameter of the required power wire, the temperature required by the working environment, etc. by knowing the power of each main branch circuit of the device. The software necessarily knows the model specification of the circuit accessory required by the schematic diagram, namely, a purchase list can be produced, and the detailed model, quantity and price are listed.
The software system can be used for research and development of electronic products, the software is not only used for research and development of non-standard equipment, but also can be independently used for research and development of electronic products, and in the following, taking a company sharing the electric automobile remote control panel as an example, if multi-party cooperation is realized through the software.
The function of the shared program control board of the electric automobile comprises a GNSS global positioning system, a wireless network communication operator, Bluetooth or WiFi communication, ADC automobile state acquisition, IO locking and unlocking, power supply, an MCU central processing unit and the like.
When a certain manufacturer (hereinafter referred to as a first party) sends purchase information on the software platform (hereinafter referred to as a platform), product requirements are put forward, and product performance indexes are listed. Waiting for the relevant design company (second party) to accept the service.
A certain design company (hereinafter called party B for short) accepts the business, but the project consists of the parts, each part is provided with a professional related manufacturer to produce a corresponding modular product, and in order to avoid repeated development, the first party can obtain the most mature scheme and sample as soon as possible. When the second party designs the scheme, the platform retrieves the wireless network communication module manufacturers (B factories) of GNSS positioning module manufacturers (A factories) and the like, and the professional manufacturers design and produce mature and stable functional modules. The second party begins to design circuits on the platform by using the modules, and product parameters, recommended circuits and secondary development code modules of the company are uploaded to the platform when the A factory, the B factory or other factories (hereinafter referred to as accessory factories) enter the platform. Therefore, after the second party selects the required module, the platform automatically calculates the corresponding circuit schematic diagram (the electronic component device required in the circuit schematic diagram is associated with the relevant electrical parameter in the library) according to the N multi-module parameters selected by the second party
After the second party obtains the schematic diagram, the second party checks whether the schematic diagram meets the requirements through software simulation, manual modification and other modes, and then orders the second party on the platform to obtain related electronic accessories and modules. Meanwhile, the platform orders a sample PCB to be mailed to a second party according to a prepared and recorded PCB manufacturer order. And B, starting welding the sample after the B receives the material.
And (4) purchasing materials in order under the second party, waiting for the time gap of accessories, providing a debugging platform similar to a multi-person online network game by the platform, and matching and joint debugging by accessory factories which can only enter the platform by signing a secret protocol. For example, the GNSS module provided by the plant a assigns a relevant engineer to log on the platform, so that the schematic diagram and relevant functional requirements of the design of the party b can be seen, and the engineer of the plant a generates a function instruction packet with the most appropriate code according to the requirements, and the instruction packet can be opened and viewed only by the party b and the project of the plant a. The B plant engineer cannot view but can call. The plant engineer adds the code related to the supply module of the plant B to the main program in the same way as the plant A. Many technicians can communicate online at the same time, and can see the modified position of the other party and influence on the main program and the main function. Under the coordination of the second party, the multiple parties are cooperatively designed, and the most specialized parts are respectively processed. The program code is completed.
After the second party welds the sample, the sample is downloaded according to the code of the multi-party cooperative debugging, and the method comprises the following steps: the digital communication oscilloscope, the digital frequency spectrograph, the digital power supply and other instruments are used for collecting the parameters of the sample and then uploading the parameters to the software platform for the engineers in the accessory factory to analyze. The problem is solved rapidly. And submitting the sample with qualified function to the first party.
In the whole process, the first party can see the key nodes of the event progress and can be clear of the progress of the events. The whole product research and development process is combined with the most professional engineers in related industries, so that the quality of the researched and developed product is ensured.
In this example, the company b provides design support for the company a and takes a production order for a research and development and production type factory, and the company a can research and develop a new product without spending expensive research and development costs. The company B can be matched with the company A to design products without hiring too many professional engineers and needing to bear high technical and labor cost. The accessory manufacturers such as A factory, B factory and the like are taken as module sales manufacturers to provide corresponding technical services and take module sales orders. The software platform provides guarantee for multiple parties, provides credit foundation, provides a convenient communication platform, and develops a combined debugging platform. Therefore, trust risks, travel cost and time coordination loss are reduced to the maximum extent. The development project is effectively guaranteed to be completed in a steady progress.
The business operation mode of the software system of the invention is as follows: the software is used for free.
The software adopts a cloud computing mode, and the user side can use the software by opening a webpage of an online game. The software runs on a network cloud server.
The software is mainly used for designing functions, and can be sold on originality of the software by vast people, such as: a college student has a good innovative idea and can sell the innovative idea after the software design simulation is realized. The good idea can be sold to the manufacturer in need.
In the process of designing a non-standard device by using the software, a great amount of innovative designs can be generated by a great number of manufacturers, under the condition that the using amount of the non-standard device is not large, a great number of good innovative ideas are in the narrow idea that a teacher does not starve to the father or does not have friends in the same row, and do not want to share the information free, and through the software, a user can select to keep secret or order for sale and share.
The software provides experience calculation and collection service, taking the building industry as an example, the inclined plane girder of a house is calculated, and the length of the inclined plane is calculated according to the rule of stock collusion, but the folk old artists have a plurality of simpler and more convenient calculation methods and design experiences. The software is recorded on the server in a mode of paying and recording the copyright of a provider, so that the loss of folk skills is prevented, and the software can play more heat. The method is characterized in that the method comprises the following steps of calculating the bending coefficient of a metal plate, the current carrying capacity of the square area of an electric wire, the overheating carrying capacity and the like, and giving the best suggestion by combining the recorded empirical values with software and referring to theoretical calculation results.
The software records a large number of industrial automation accessories on the market, keeps updating, and after the software is recorded, industrial devices with various new functions can be quickly published and recommended to equipment with the functions according with the functions of the manufacturers according to the functions.
All accessories and the software library are kept updated synchronously, intelligent storage is matched, and after a user designs non-standard equipment, the software automatically jumps to a list purchasing page. Each merchant establishes an inventory amount in the software. In the process of designing by a user, the software prompts the user to make reasonable choices according to the stock mathematical theory and the ordering period. The auxiliary device avoids the waste of time and cost caused by the fact that the ordering period of the accessories is too long or the production is stopped to delay the delivery period or modify the equipment in the manufacturing process.
The software collects a large number of manufacturers such as a sheet metal factory, a CNC processing factory, a chemical surface treatment factory and the like, when a user sends out an ordering intention, the manufacturers can obtain orders on the software platform, the software can distribute the orders according to customer satisfaction, delivery speed, quality comment, production capacity and the like, and the function can refer to operation modes such as Taobao, Jingdong, Mei Tuo and the like.
The software is managed in a systematic mode, when a certain manufacturer needs a non-standard automatic device, purchasing information, specific requirements and target price can be sent out through the software, and the software passes through background verification. The method is classified according to the requirements of the industry, and the method is pushed to a large number of design companies after a buyer pays an honest fee. Or the system can be released on a public platform, and can be used for professional engineers to amateur creativity, school student class design and other modes, thereby gathering wide interest. And screening out the optimal scheme according to the conditions required by the manufacturer, and if the creativity of all design participants passes the verification, paying a small amount of cost by the software and recording the small amount of cost into the system for subsequent use. The best selected solution, proportionally pays the designer based on the final pricing. All the creative ideas of all the parties are processed in a secret way, and all the approved schemes, whether the schemes are selected currently or not, if called subsequently, the schemes pay the cost according to the final pricing proportion of the called equipment. Thereby avoiding vicious competition and ensuring that the buyer can get the non-standard automatic equipment with the optimal design. While preventing the inner curtain operation.
The software accumulates various realized schemes along with the increase of the use frequency, and when a certain manufacturer demands certain automatic equipment, if the equipment is developed in the same type and runs successfully, the software is directly recommended to the manufacturer, so that the repeated development process is avoided, and the progress of the overall industrial level of the society is greatly promoted.
The software generates profit through modes of selling a program controller, various accessories, entering of accessory selling manufacturers, transaction drawing and the like.
The design key points of the invention are as follows: the invention simultaneously completes mechanical design, program design and circuit design in a software system, integrates the functions of mechanical design, multifunctional calculation, software program generation, circuit generation, accessory purchase lists, recommendation of relevant manufacturers, expense settlement, tax calculation and the like, brings convenience to the design and effectively improves the efficiency.
The technical principle of the present invention is described above in connection with specific embodiments. The description is made for the purpose of illustrating the principles of the invention and should not be construed in any way as limiting the scope of the invention. Based on the explanations herein, those skilled in the art will be able to conceive of other embodiments of the present invention without inventive effort, which would fall within the scope of the present invention.
Claims (6)
1. A design method of an industrial automation design programming software system is characterized by comprising the following steps: the method comprises the following steps:
(1) mechanical design: establishing a library file similar to Solidworks or Altium designer software, wherein the library file comprises various static and dynamic parameters of various accessories;
(2) programming: according to the parameter definition of the library file, the working principle and the activity range of various accessories are limited, and software provides a programming basis after arranging all accessories used in the currently designed non-standard automation equipment in a list mode;
(3) circuit design: the software knows the accessory selected by the user, the related control principle of the related accessory, the software knows the sensor selected by the user, the power supply required by the related sensor, the type of the output signal, the software knows the operation flow of the equipment designed by the user, and the software generates a schematic diagram of the circuit at the same time of generating a program.
2. The design method of an industrial automation design programming software system of claim 1, characterized in that: the library file contains electrical parameters of various sensor accessories, software simulates whether the object can be identified by the selected sensor or not by defining the property of the sensed object, and recommends technical support.
3. The design method of an industrial automation design programming software system of claim 1, characterized in that: in the step (1), a user designs a frame structure by the materials in the library file, the used aluminum profile, or iron square tube, or round tube, or sheet metal is automatically spliced by software according to the specification and length parameters of the used materials after the design work is finished.
4. The design method of an industrial automation design programming software system of claim 1, characterized in that: and (2) sequentially clicking accessories on the designed structural graph by the user through a mouse, recording the clicking sequence of the user through software, recording the motion track of the accessories, and storing the motion track into a programming flow chart.
5. The design method of an industrial automation design programming software system of claim 1, characterized in that: and (3) after the user runs the simulation record according to the 3D, the programming function of the software in the step (2) is converted into a program code after the user simulates work detection on the software according to the edited program, and the program code is burned into related hardware, and then the program code can be installed on equipment to run.
6. The design method of an industrial automation design programming software system of claim 1, characterized in that: the circuit schematic diagram produced by software in the step (3) is obtained, the software knows the power of each main circuit branch circuit of the equipment, and the diameter of the required power wire and the temperature required by the working environment are calculated; the software must know the circuit accessory model specifications required for the schematic, produce a purchase list, list the detailed model, quantity and price.
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