Standardized propulsion model construction curve graph drawing equipment and method thereof

A construction method and graph technology, applied in the field of standardized models, can solve the problems of lack of standardized model construction and evaluation in the high-end new electronic information industry, poor automation structure design of graph drawing equipment, and difficult scientific transformation of technical achievements, etc., to achieve automation The effect of high level, large drawing size and scientific standardized process

Pending Publication Date: 2020-12-29
广州市标准化研究院
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AI-Extracted Technical Summary

Problems solved by technology

[0003] In order to overcome the above-mentioned deficiencies, the purpose of the present invention is to provide a standardized promotion model construction curve drawing device and method thereof in the field, so that it mainly solves the lack of standardized model construction and evaluat...
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Method used

The effect of technical basis standard is as follows: a) utilize the coordination and unification of product, parts to guarantee general interchange, be convenient to enterprise organization specialized production; b) guarantee the performance of product and service requirement, improve the quality of product; c) simplify Design, ...
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Abstract

The invention relates to standardized propulsion model construction curve graph drawing equipment and a method thereof, and aims to solve the problems of lack of standardized model construction and evaluation, difficulty in scientific conversion of technical achievements, formulation of various related standards, poor automatic structure design of a curve graph generation system and high cost of the conventional high-end novel electronic information industry. The method is designed for solving the technical problem of a small chart area. The standardized propulsion model construction method ischaracterized in that the standardized propulsion model construction method comprises autonomous innovation result conversion, technical result industrialization and technical result standardization,the autonomous innovation result conversion comprises five links, and the standardized propulsion model construction method mainly comprises the processes of compiling, publishing and implementing standards. Standardization is mainly used for improving the applicability of products, processes or services and promoting technical cooperation. A curve graph constructed by the standardized propulsionmodel is drawn through a robot, and one ends of lead screws of an X-axis lead screw assembly, a Y-axis lead screw assembly and a Z-axis lead screw assembly of the robot are driven to rotate through lead screw motors respectively.

Application Domain

Technology Topic

Electric machineryGraph generation +6

Image

  • Standardized propulsion model construction curve graph drawing equipment and method thereof
  • Standardized propulsion model construction curve graph drawing equipment and method thereof
  • Standardized propulsion model construction curve graph drawing equipment and method thereof

Examples

  • Experimental program(1)

Example Embodiment

[0018] The structure and use of the present invention will now be further described with reference to the accompanying drawings. The standardization promotion model construction method includes the transformation of independent innovation achievements, the industrialization of technological achievements, and the standardization of technological achievements. The transformation of independent innovation achievements includes five steps: determining patents → determining products → determining feasibility → trial production, trial sales → mass production, marketing and improvement, the industrialization of technological achievements includes market strategy, alliance strategy and intellectual property strategy, and the standardization of technological achievements includes the proposed industrial standard system framework, industrial technical standards and industrial standardization roadmap; it is characterized in that the transformation of independent innovation achievements includes: A . Preliminary evaluation of the patent achievements should be carried out to determine whether they are suitable for transformation into products; B. For patent achievements suitable for transformation into products, they should first be integrated into the enterprise standards and used within the enterprise; C. The independent patent achievements should be transformed into marketable products. In the process of potential products, supporting standards and management systems will form products with market potential; D. The process of realizing the industrialization of independent industrial achievements should be gradually advanced with reference to the five links mentioned above, improve the success rate of transformation, and make a comparison between price and sales volume. Curve graph, make the most reasonable price range of the product. The industrial technical standards for the standardization of the above-mentioned technical achievements include: a) basic technical standards; b) design technical standards; c) product standards; d) procurement technical standards; e) process technical standards, including technical standards for operation, operation, and maintenance procedures; f ) technical standards for semi-finished products, including intermediates, semi-finished products and components; g) technical standards for equipment, infrastructure and process equipment; h) technical standards for inspection, acceptance and test methods; i) technical standards for measuring, inspection and test equipment; j ) Technical standards for packaging, handling, storage, and marking; k) Technical standards for installation and delivery; l) Technical standards for services; m) Technical standards for energy; n) Technical standards for safety; o) Technical standards for occupational health; p) Technical standards for environment; q) Information Technology Standards. The management standards for the standardization of the above-mentioned technical achievements include production organization standards and management business standards. , control methods, procedures and procedures; management business standards include planned supply, sales, finance, according to the management objectives and the requirements of related management links, its business content, scope of responsibility, work procedures, work methods and the work quality that must be achieved, The assessment and reward and punishment method shall be stipulated.
[0019]The technical standards for the industrialization of the above-mentioned industrial achievements are unified regulations on repetitive technical matters within a certain range, and are the control of the product production process, that is, the production of products or services is completed by a series of technical standards supported by technology. The technical standard system supports the industrialization of enterprise industrial achievements. Technical standardization is the collection of various patented technical standards accumulated in human history, and the standards transformed through patent standardization are the core standards in guaranteeing the design and process production of products or services. For example, a mobile phone, in an enterprise factory, from the appearance design, material selection, production and assembly of various components, to the final production of this product (industrialization of industrial achievements), is supported by a series of various technical standards to complete the production. In terms of technology, these technical standards are also required to produce the products we need. The technical standards clearly stipulate the design and process requirements of various technical indicators of products or services, such as product performance, quality, appearance, packaging, labels, storage, transportation, etc. There are a set of detailed indicators and requirements in the technical standards. In particular, products involving the protection of human health, personal and property safety and environmental protection have corresponding technical regulations or mandatory technical performance indicators.
[0020] The role of these technical standards in the industrialization of industrial achievements is described in detail below.
[0021] The functions of the basic technical standards are as follows: a) use the coordination and unification of products and parts to ensure universal interchange, which is convenient for enterprises to organize specialized production; b) ensure product performance and use requirements, and improve product quality; c) simplify design and reduce d) It is conducive to the introduction of advanced technology and facilitates the exchange of science and technology; e) It is the basis for formulating various standards, so that the standardization of enterprise products can be guaranteed; f) It is an important part of scientific management.
[0022] The functions of design technical standards are as follows: a) the specific description of the product; b) the basis for product production; c) the basis for product inspection; d) the basis for other relevant standards to determine.
[0023] The functions of product standards are as follows: a) basis for organizing production; b) basis for factory inspection; c) basis for trade (delivery); d) basis for technical exchange; e) basis for arbitration; f) basis for quality supervision and inspection .
[0024] The role of procurement technical standards is as follows: the basis for material outsourcing, including the selection of suppliers and the materials they supply, and the inspection of incoming goods.
[0025] The functions of process technical standards (operation, operation, and maintenance procedures) are as follows: a) basis for quality control before production; b) basis for each process operation (including inspection); c) basis for preparing production plan and assessing working hour quota; d) Basis for adjusting labor organization; e) basis for material arrangement; f) basis for mold, jig, tooling, and equipment management; g) basis for economic accounting; h) basis for implementation of process discipline.
[0026] The functions of technical standards for semi-finished products (intermediates, semi-finished products, and components) are as follows: a) Quality basis for process control; b) As a product entering the field of circulation, it has the role of product standards (formulation of product enterprise standards and standard filing) .
[0027] The functions of technical standards for equipment, infrastructure and process equipment are as follows: a) basis for construction, self-made or outsourcing; b) basis for repair, maintenance and lubrication; c) basis for spare parts preparation.
[0028] The functions of technical standards for inspection, acceptance and test methods are as follows: basis for inspection, acceptance and testing.
[0029] The functions of technical standards for measuring, inspection and testing equipment are as follows: basis for self-made, outsourced, verification, calibration, installation, use, repair, maintenance, handling, and storage.
[0030] The functions of packaging, handling, storage and marking technical standards are as follows: a) basis for packaging, handling and storage; b) basis for packaging test; c) basis for product identification; d) basis for label inspection.
[0031] The functions of installation and delivery technical standards are as follows: basis for installation and delivery, including installation acceptance and delivery acceptance.
[0032] The functions of service technical standards are as follows: a) basis for quality defect disposal; b) basis for troubleshooting, maintenance and repair; c) basis for disposal of unqualified service quality.
[0033] The functions of energy technical standards are as follows: a) basis for energy selection, use and management; b) basis for energy conservation management.
[0034] The functions of safety technical standards are as follows: a) propose requirements to protect life and property safety; b) provide methods for protecting life and property safety.
[0035] The functions of occupational health technical standards are as follows: a) propose requirements and methods to eliminate, limit or prevent health damage and safety hazards and their harmful factors in occupational activities; b) help to eliminate trade barriers; c) have direct and indirect effects on enterprises economic benefits; d) will establish a good quality and image of the enterprise in the society.
[0036] The functions of environmental technical standards are as follows: a) protect the environment and contribute to ecological balance; b) meet national and local regulatory requirements on environmental protection; c) important means and conditions for organizing modern production.
[0037] The functions of information technology standards are as follows: a) to guide and standardize organizations to carry out informatization construction; b) to facilitate organizations to collect, store, process, transmit, control and apply information.
[0038] At the same time, in the process of industrialization of industrial achievements, people, money, materials and various matters are inseparable. The formulation of management standards in these aspects plays the following roles: a) Establishing a coordinated and efficient management order; b) Conducive to the summary of management experience , Improve, popularize and continue; c) It is conducive to the implementation of the principle of exception management to manage operations; d) It is conducive to the realization of the management of the factory according to law. Enterprises should formulate production management standards in response to the management of resource allocation (manpower, equipment, production environment), raw material preparation, technology provision, process processing and product realization in the production process. There are clear management requirements. Contents of production plan and scheduling plan, implementation of process regulations and implementation of process plan, implementation of process verification and evaluation, specific requirements for process proficiency verification, specific requirements for equipment adjustment and use, general requirements for allocation and transportation of production raw materials, production unit operators requirements for orderly organization and adjustment, various information communication requirements and feedback channels on the production site, etc. It can be seen that when producing a product or providing a service, in addition to the technical and supporting standards that regulate the details of production work and the implementation of auxiliary content plans, there are also production management standards that play an organizational and management role. The work flow is standardized, reasonable and orderly. The work responsibilities clarify the work responsibilities and responsible matters of each person in each process. The performance appraisal is an incentive mechanism to improve the enthusiasm of the workers and ensure the improvement of production efficiency. It can be seen that enterprise management standards play a role in rationally organizing, utilizing and developing productive forces, correctly handling the interrelationships in production, exchange, distribution and consumption, and scientifically exercising planning, supervision, command, adjustment, and control to efficiently accelerate the industrialization of patent results. effect.
[0039] like Figure 1-Figure 5 As shown in the figure, the curve between the above price and sales volume is drawn by the robot. The bottom plate of the robot is provided with an aluminum-shaped steel frame 3 with a frame structure, and the bottom of the aluminum-shaped steel frame is provided with a controller and crawler wheels 1. The circuit of the controller The board is provided with a processor, a battery, a wireless signal transceiver and a data input socket, a distance sensor 4 and a camera are respectively provided on one side end corner of the aluminum-shaped steel frame, and an X-axis screw assembly 5, is arranged in the aluminum-shaped steel frame. The Y-axis screw assembly 6 and the Z-axis screw assembly 7, the base of the X-axis screw assembly is fixed on the aluminum-shaped steel frame, the one end of the screw of the X-axis screw assembly, the Y-axis screw assembly, and the Z-axis screw assembly They are driven to rotate by the screw motor respectively. The screw of the X-axis screw assembly passes through the first connecting block and the screw upper base block of the Y-axis screw assembly, and the screw of the Y-axis screw assembly passes through the second connecting block and the Z-axis. The screw rod of the screw rod assembly is connected with a fixed block. The other end of the screw rod of the Z-axis screw rod assembly is provided with a manipulator 8. The manipulator clamps and fixes the paintbrush through the left clamp body 802 and the right clamp body 804. The X-axis screw assembly, Y The shaft screw assembly, the screw motor of the Z-axis screw assembly, the distance sensor, the camera, the clamping motor 807 of the manipulator, and the belt motor of the crawler wheel are respectively connected to the controller through lines. The left clip body of the manipulator is fixed to one end corner of the connecting seat 801, the swing hole of the right clip body is provided with a swing shaft, and the swing shaft is fixed to the other symmetrical end corner of the connecting seat through the clip body block 803, and the connecting seat is provided with a clip body Motor 807, the motor shaft of the clip motor is connected with the slider 806, one end of the swing rod 805 of the slider is hinged with the swing hole of the right clip, the motor shaft of the clip motor drives the slider to move through the shaft coupling, and the slider moves At the same time, the right clamping body is driven to swing left and right through the pendulum rod and the pendulum shaft.
[0040] The connecting seat of the above-mentioned manipulator is provided with symmetrically arranged guide rods 809, and a screw rod 810 is arranged between the guide rods. The screw rod is connected with the motor shaft of the clamping motor through the coupling 808. The screws on the side are respectively provided with bearings. Guide rods are symmetrically arranged on both sides of the screw rod of the X-axis screw assembly and the Y-axis screw assembly, respectively, and the guide rods pass through the first connecting block and the second connecting block together with the screw rod. The screw motors of the screw assembly are respectively arranged on the aluminum-shaped steel plate; the X-axis screw assembly is fixed to the aluminum-shaped steel frame through the first base plate, the Z-axis screw assembly is connected to the manipulator through the second base plate, and the wire of the Z-axis screw assembly The rod motor is arranged on the second base plate, the other end of the screw rod of the Z-axis screw rod assembly is connected to the second base plate through the screw seat, the second base plate under the screw rod of the Z-axis screw rod assembly is provided with a slide rail, and the fixing block is connected to the second base plate. The slide rails of the bottom plate snap together and slide. So the manipulator grabs the brush, the controller inputs the data of the electronic version of the curve graph, the robot is remotely controlled to the front of the canvas, the camera reads the data of the canvas, and the processor of the controller automatically generates the behavior of the robot through the crawler wheels and the distance sensor. The route and the drawing path of the manipulator until the graph drawing is completed.
[0041] In summary, the standardization promotion model construction method uses historical methods, observation methods and other scientific methods, such as conversations, questionnaires, case studies, etc., combined with expert demonstration, to have a comprehensive and in-depth understanding of the current situation of the industrialization of independent innovation achievements of various enterprises. , fully analyzed and researched a large amount of data and information collected by the investigation, compared, summarized and synthesized according to systematic and scientific theoretical methods, and extracted the internal mechanism that can objectively reflect the actual industrialization of independent innovation achievements of relevant enterprises in Guangdong Province. Qualitatively put forward the existing problems and countermeasures in the industrialization of independent innovation achievements of high-end new electronic information industry in Guangdong Province around the law, constructed the realization process of the industrialization of enterprise industrial achievements, constructed the industrial standard system framework, and designed the industrial standardization roadmap. , designed the strategy of the industrialization process of technological achievements of enterprises, and finally aimed to help enterprises and governments work, and promoted the industrialization of independent innovation achievements for enterprises and governments.
the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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