Some standard content:
Electronic Industry Standard of the People's Republic of China
S/T 10376:1993
Basic terms used for technical documents
General terms used for technical documentsPublished on July 21, 1993
Ministry of Information Industry of the People's Republic of China
Implementation on December 1, 1993
1 Subject content and applicable scope
2 Reference standards
3 Basic concepts
Technology object
Technology method
Technology element...
Technology document...
Technology equipment
Electronic Industry Standard of the People's Republic of China
Basic terms used for technical documents
General terms used for technical documents Subject content and applicable scope
This standard specifies non-standard terms and their definitions used in electronic industry process equipment. SJ/T 10376--1993
This standard applies to the preparation of process documents for electronic industrial products and can also be used as a reference when compiling other technical documents. 2 Referenced standards
GB3138
GB3375
Terms and terms commonly used in the electronic industry
Terms and terms for coal-fired power plants
GB 3935,1
Catalytic converters Part 1
CB4863
3 Basic concepts
Mechanical manufacturing 1. Technical terminology
3.1 Process technology
Method and process for processing or assembling corresponding raw materials, semi-finished products into products or semi-finished products. 32Typical processes
Classify and group parts according to their structure and process characteristics, and formulate a unified processing and assembly process for the same group of parts, components and parts.
Group process
Grouping a variety of products, parts, components and parts, according to certain relative standards, and organize the production process based on these standards.
4Special technology
Generally refers to chemistry, metallurgy, biology, optics, acoustics, electronics, radiation, etc. 1. Technology. The quality characteristics formed by special processes are not easy to find.
3-2 Performance analysis The process by which process personnel conduct a comprehensive evaluation of the product design processability and draw conclusions. 3.6 Technical review The process by which process personnel conduct a comprehensive review of the product processability and sign a review opinion. The process by which process personnel review, analyze and evaluate the process specifications of key parts, key operations, and related links in the process general plan, production instructions and other process documents, as well as the technical documents of special processes, such as compatibility, reproducibility, feasibility, safety and testability. 3.8 Technical review flow The process in which workers use equipment to directly change the shape, size and performance of the production object to make it a product with a certain use value:
Synonyms: 1. Technical process Approved by the Ministry of Industry and Information Technology of the People's Republic of China No. 799307-21, implemented on December 1, 1953
3-9T Technical Document Lsshnologiealducumen$J/F10376-1993
Refers to the general term for various technical documents operated by workers and used for production, process management, etc. 3.1D Format of technical document It refers to the format of process documents specified by process technology and philosophical changes. 3. Completeness of process document It is the sum of process documents that should be compiled based on products to organize and guide production, carry out process management, economic accounting and ensure product quality. 3.12 Process design Proceedings design It includes various process documents such as process design plan, process specifications, etc. Process design of equipment, etc. 3.131 process plan proegsptogram
The overall plan of process preparation work, also known as process plan, which points out the technical links and solutions in product trial production, and specifies the basic principles that each task should follow and the advanced technologies and economic indicators that should be achieved. 3.14 process specification proecdurc
A technical document that specifies the manufacturing process and working methods of products or parts, components, and complete parts. 3.15 professional process procedure professional procedure The process specification for any product (such as parts, components, or complete machines) with the same processing requirements divided by process professional technology is called professional process specification
3.16 typical process specification The process specification prepared by using a classic process is called a typical plan. 3.17 process specification A series of unified regulations on the relevant technical requirements of process parameters, process steps, process methods, etc. 3.8 Specification The provisions that must be followed during operation based on the production conditions and nature, product quality characteristics and technical requirements. 3.19 Technical requirements Proressactor
The elements related to the process.
3.0 Technical equipment mahufacturineeguipmen brief requirements. Complete or: the main production equipment of the process, such as various machine tools, heating furnaces, tools, installation equipment, etc. 3.21 Technical equipment tooling
The general name of various tools used by users in the product manufacturing process, including tools, tools, tools, measuring tools, inspection tools, bench tools and work station inspection tools, etc.
4 Production objects
4.7 Raw materials Maretial
The materials put into the production process to create new products. 4.2 Immaterial macrial [direct material) are the materials that form the product body.
4.3 Auxiliary materials (indirect materials) are materials that play an auxiliary role in production and do not constitute the entity of the product. 4.4 Outsourcing: (Uoperational part
The company provides design drawings and entrusts other companies to complete part or all of the manufacturing process. 4.5 Work in process
The products in the production process are processed, assembled and wait for further processing and final inspection. 4.6 Semi-finished products (semi-finished products) guids) In the production process of an enterprise, a product that has been completed or inspected and is ready for storage and is waiting for further processing or assembly. 18
4.7 Final to product
SJ/T103761993
A product that has completed the entire production process in an enterprise and is available for sale. 5 Process method
A general term for all kinds of work that changes the shape, size, quality or surface state of raw materials, rough or semi-finished products to make them meet the specified requirements. 5.2 Machining
5.3 Cutting
A method of removing excess material from a workpiece by using a straightening tool. 54 Finishingut
A process of removing excess material from a workpiece to obtain a relatively high degree of precision and relatively small surface roughness. 5.5 Ultra-dense machining A process that achieves a processing error of size and shape within 0.1 micron according to the principle of removing micro-stripping. 5.6 Mechanical working A method of causing plastic deformation or separation of a material without cutting. 5.7 Extruding Burning
Using extrusion tools to exert a certain pressure on the workpiece, causing it to deform, thereby forming or extruding the material. 5. Stamping (stamping) A processing method for separating or forming a sheet of material into a part. S.9 Forming
Under certain conditions, without changing the physical state of the material, with or without a mold, changing the shape or making a part of the required shape and size,
5-T0 Forming
Under certain conditions, by changing the physical state of the material, and using a mold to create the required shape and size. 5.11 Coldworking
A processing method that causes metal materials to produce plastic deformation at a temperature lower than the final product temperature. 512 Heat treatment
Method of causing metal to undergo plastic deformation at a temperature and deformation rate that does not cause strain hardening, or of causing metal to undergo plastic deformation and reshaping at a relatively high temperature. 513 Heat treatment
Method of subjecting metal or alloy to a certain temperature and temperature, in order to change its overall or surface structure and obtain the required properties before service.
5.14 Hard casting
Method of injecting molten metal into a metal mold cavity under the action of gravity to obtain the desired casting properties. 5.15 Metal die casting is a method of injecting molten metal into a cavity of a sealed mold under a certain force and velocity, and then obtaining a part with a certain shape and properties after solidification. 5.16 Injection molding is a method of heating a granular or granular material to a fluid state and then injecting a piece of metal into the cavity at a certain force and velocity to form various products. 5.17 SJ/T 10376-1993 A processing method of inducing heat or pressure, or both, with or without field filling of the material, to achieve atomic bonding of the part. 5.18naldrin (brazing)
A method of using a metal material with a lower melting point than the parent material as the welding material, and heat the workpiece and the needle material to a hole with a melting point of the material but lower than the melting point of the parent material, and use the filler material to wet the material, fill the joint wells and expand the material to achieve the connection method of the weldment. 5.19preshurewelding
The welding process is very important, and the ends of the workpieces must be aligned (heated or not) to complete the welding method. 5.20spot welding
An electric welding method in which the welding joint is placed tightly between two electrodes, and the parent material is melted by resistance heat to form a weld. 5.21ballbonding
A welding method in which the metal surface is heated to melt into a ball, and then heated to make the ball end join with the workpiece. 5.22 Deep dip soldering
The method of placing the welded parts or parts of welded parts in a solder bath or salt bath for heating. 5-23 Wave soldering
Also called wave soldering (rip soldering). A method of soldering in which the welded parts are connected to the molten solder flow wave through the particles.
5.24 Reflow soldering
According to technical requirements, the single material is first placed in the welding position of the welded parts (for example: solder pad), and then the welded parts are installed, and then the external heat pad is used to melt the weld, so as to achieve group or point welding. 5.25 Laser welding
The method of using laser points as energy to perform welding. 5.26 Electromechanical welding
The method of directly using electrical energy to process the workpiece. 527 Electron beam machining (EBM) Under vacuum conditions, electrons generated by electron beams are accelerated and focused to form a high-energy, high-density fine electron beam to bombard the workpiece to be processed, causing the material in that part to melt and evaporate, thereby processing, and taking advantage of the chemical changes caused by electron beam irradiation to perform machining.
5.2 Ion beam machining A method in which high-pressure ion sources are generated, accelerated and focused in a narrow space to form a high-speed, high-energy beam-shaped ion flow, thereby machining the workpiece.
5.25 Plasma machining
A method in which a high-speed plasma source is used to cause local metal deposition and evaporation of the workpiece, thereby machining a piece. 5.3 Laser processing laserbeanmacainirg The effect of the laser beam is to radiate the material to a new position, so that the material is instantly vaporized, and the molten material is ejected under the action of the shock wave, and the workpiece is penetrated, etched, cut, or the source beam is used as the energy disk to achieve heat treatment. 5 Ultrasonic machining
Use the tool that produces super-production to drive the material of the workpiece and the tool to stimulate, and then the processed part of the workpiece is partially destroyed and formed into powder, and then the workpiece is penetrated, scratched, and polished, or the ultrasonic energy disk is used for welding, etc. 5.32 Chemical milling (chemical machining) A processing method that uses acid or other materials to select metal parts to achieve a specified shape. 5.33 Surface treatment gurfae treanen
A postal method to improve the mechanical, physical or chemical properties of the surface layer of the workpiece. 5.34 Coating refers to chemical coating. 5.35 Electroplating refers to the process of using electrolysis to deposit metal or alloy on the surface of the workpiece to form a dense, well-coated metal layer. 5.6 Coating refers to the process of using specified materials to form a coating on the surface of the workpiece to achieve the purpose of protection, decoration, etc. 5.37 Chemical Coating refers to the process of immersing the workpiece in a metal salt solution without using an external power source to form a coating by the action of a reducing agent, or by chemical treatment to form a certain chemical product on the metal surface. 5. Representation of Coating refers to the process of applying the coating on the surface of the product according to the construction requirements to form a cover layer. 59 Screen printing is a method of using a screen plate and printing material to print graphics after scraping. 5.40 Assembly-interconnection is the process of connecting components, terminals, parts, etc. to the corresponding positions of the printed circuit board according to the specified technical requirements, or connecting the parts, parts, and the whole assembly to form a semi-finished product or finished product. 541 Plug-in installation is a method of inserting the lead ends of components and assemblies into the corresponding reverse connection holes of the printed circuit board by machine according to the specified technical requirements.
542 Burtacemounling is a method of installing the leadless or rectangular lead components, devices and terminals on the corresponding connection points of the printed circuit board with adhesive or adhesive by machine according to the specified technical requirements. 5.43 Gluing: adhesive-bonding: fixing and connecting by means of adhesive, 5.44 wrapping connection
wrapping a wire around a rectangular or square terminal under a certain tension by hand or with an electric tool to form a solderless connection.
5.45 abling
the arrangement of wires extending from one physical structure to another to connect the circuits of various parts. 5.48 wire rip
the operation of removing the insulating layer from the soft electrical connection of a wire: 5.47 wire split
two or more conductors are reliably connected electrically or mechanically consolidated. 5.43 Tie tfcwfrcs
Tie the velvet with thread to make it into a thread, 5.49 Fully seal cmbcding
General term for all methods used to encapsulate or seal parts and components, in which the space between equal potential electrical insulating materials or foam materials
5.50 Aging
The product's characteristics change over time under a given environment (temperature, humidity, pressure, voltage, etc.). 5.51 Assembly
The process of connecting parts or components in reverse order according to the specified technical requirements to make them semi-finished or finished products. 5.52 Shakeup test
The adjustment test work done on equipment and instruments during production, installation and use, and the adjustment test work done on products using instruments, tools, etc.
6 Process planning
B.1 Operation planning
SJ/T10376—1993
A part of the process in which a group of workers continuously study the same or several parts at the same workstation. 6.2 Linked process
The process that plays a decisive role in the product volume. The key process is determined by the process department, and its scope includes: the process that forms the key process and the key characteristics; the process that is difficult to process, produces quality defects, and causes large economic losses after the product is finished; the key and important outsourced and outsourced factory inspection process.
B3 Special processes
Key processes whose quality is difficult to accurately assess. 64 Process capability
When the process is in a stable state, add 1. The error is the degree of abnormal fluctuation, which is generally expressed by 6 times the standard deviation of the quality stability value. 6.5 The various risk factors that affect the process quality indicators. 6.6 Process control To ensure product quality, scientific management is used to control the factors affecting product quality such as personnel, equipment, materials, methods and environment in the process. To ensure the process is under control, under certain conditions and certain hazards, the key parts or weak links of the product process need to be controlled. 6.8 Stop (muffling time) Part of the process that is completed in the absence of a small change in the surface (or the reverse surface during assembly) and the process (assembly). 6.9 Positioning The position occupied by the workpiece (or assembly unit) and the movable part of the fixture or equipment relative to the fixed part of the tool or equipment after the workpiece is installed. 6.oWorkstation
The place where workers use tools to make the objects of labor. 6.11Process waste
The size of the workpiece (or rough part) added for the needs of the second process. 6.17Hour
The unit of measurement of working time. One hour of work is one hour. 6.13Normiguota
The quantity and quality standard achieved or achieved by the use and consumption of manpower, material and financial resources in production activities within a certain period of time under certain production technical conditions. 6.14Candard time
The time consumption standard for producing qualified products or completing this process under certain production conditions. E.15Manhournotm
A quota established with working hours as the specific quantity. 6.16 Output quota standard output
The standard quantity of qualified products produced or the standard amount of work completed within a single working time. 6.17 Time quota
The total amount of necessary labor time consumed by workers to complete a certain production task. According to the classification of labor time consumption, it is divided into necessary time, namely, operation time; time for arranging work; time for rest and physiological needs; preparation and unloading time. 6.18 Basic operation quota basic cycle time
That is, the operation time quota. It is the temporary regulation of the time consumed by the production of a batch of products or parts and components, which is divided into the basic time and auxiliary time part
E-service quota pteaaringarutorludinetinEuo22
SJ/T 10376—1993
That is, the time consumed by workers to prepare and finish work for the production of a batch of products or parts and components. 6.20 Man-hour utilization rate is an indicator reflecting the degree of efficiency of system working hours. Man-hour utilization rate = total system working hours × 10% system working hours. When calculating this indicator, it should include the time spent on other production activities after work stoppage, excluding overtime time. 6.27 Machine-hour: one machine-hour is one machine-hour when one equipment works for one hour. Machine-hour is a unit of measurement for the workload of machines and equipment. 6.22 Materials consumption: the total weight of materials consumed in a process under certain production conditions to produce a unit of product or part. 6.23 Material utilization: the percentage of the total mass of a product or part in its material consumption quota, 6.24 Material utilization: the percentage of the net mass of a product or part in its material consumption quota, 6.25 Weight: the total mass of parts.
626 Net weight of parE
Finished parts after processing according to the requirements of the drawings (excluding coating, electroplating and other coating layers, etc.) 6.27 Coating consumption refers to the process consumption of coating materials.
6.2 Daily energy consumption refers to the energy quantity standard that must be consumed to produce a product or complete a service under certain production and technical organization conditions. 6.29 Enterprise comprehensive energy consumption refers to the sum of various energy quantities actually consumed by an enterprise in a certain period of time after being converted into secondary energy according to the prescribed calculation method and quantity. 6.30 Total comprehensive energy (source) consumption per unit output value Total comprehensive energy consumption per unit output value of a product Total output value of a product 6.31 Comprehensive energy consumption per unit product Total comprehensive energy consumption per unit product 6.32 Enterprise energy utilization rate Enterprise energy utilization rate Total comprehensive energy (source) consumption Total output value of a product Enterprise energy utility rate Total comprehensive energy consumption per unit product 6.33 Enterprise energy utilization rate Total comprehensive energy (source) consumption Total output value of a product Enterprise energy utility rate Total comprehensive energy consumption per unit product acruracy
The actual geometric parameters (size, shape and position) of the parts after T-processing are consistent with the ideal geometric parameters. 6. Surface roughness rfacroughnca
refers to the micro-routine shape characteristics composed of small spacing and valleys on the processed surface. Generally, the processing method used and (or) other factors form the blood capsule.
Process documents
7.1 Process flow chartTechnical flow chartUse specified symbols and graphics to indicate the production process of the production object from design to production, processing, transportation, inspection, storage, etc. in a specified order.
7.2 Process chartProcess chartA kind of document that briefly describes the processing (or assembly) process of the product and its parts in units.23
7.Detailed process sheetSJ/T 10376-1993
A kind of technical document compiled for a certain technical stage of a product or component. It uses process units to describe in detail the process number, process name, process content, process parameters, operation requirements, and the used equipment and other equipment of the product (or component) at a certain technical stage.
7.4T sequence card petationtheel
A kind of process document compiled according to each process on the basis of the process sheet. Generally, it has a process diagram, which details the processing (or assembly) content, process data, operation requirements, and equipment and process equipment used for each step of the process. 7.5 Process drawing prnceshattachedillustration A diagram or chart attached to the process specification to illustrate the processing or assembly of products or parts. 7.6 Adjustment card gettingtableetngshent A process document used for reverse adjustment of automatic, semi-automatic machine tools or some internal wheel adding machines, etc. 7.7 Process instruction prncessinstructian
Description of the work to be done in the form of text or diagrams. 7.8 Process document H permanentcatalaguenftehnologicaldacumentatkanThe list of product process characteristics compiled for the first time, used to bind the process documents. 7.9 Technical Document List A list of technical documents that summarizes the process documents of a product, which reflects the process documents of the product. 7.10 Technical Document List A list of technical documents that summarizes the process documents of a product, which reflects the process documents of the product. 8 Technical Equipment
8-1 Special tooling
Special tooling: 1. Technical equipment used for a product. 8.2 General tooling: Technical equipment that can be used for a variety of products. 3 Self-made tooling: Technical equipment manufactured by the enterprise to meet production needs, which is the most special technical equipment. B.4 External tooling: Technical equipment purchased by an enterprise to meet production needs. Level 1 is general technical equipment. 8.5 Tool
Various working tools and production tools with independent use, such as knives, tools, measuring tools, changers, pliers, assembly tools, auxiliary tools, etc. 8.6 Die mold
Device used to define the shape and size of the production object. 8 Die mold
Screen that selectively blocks light radiation or ion penetration. 8.8 Optical pickup
Various required screen shapes are made on a transparent substrate and accurately positioned to selectively illuminate the pattern structure of the photoresist coating.
8.9 Station cost month coneiner
Various devices used to store production objects or tools in the workplace or warehouse. g 10 Measuring instruments and devices All instruments, measuring instruments (meters) and measuring devices that can be used to directly or indirectly measure the value of the measured value are collectively referred to as measuring instruments. 9 Others
9.1 Self-inspection
SJ/T10376—1993
In the process of product production, production personnel shall conduct self-inspection of their own products or completed work tasks according to the requirements of quality standards and relevant technical documents at the prescribed time and number, and take the initiative to "pick out" unqualified products for inspection. 9.2 Mutual inspection
Production workers shall conduct mutual inspection of the quality of the products produced or the work tasks completed. 9.3 Special inspection 9.4 Patrol Inspection
Quality inspection conducted by professional inspection personnel. 9.5 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.6 Patrol Inspection
Injection
Abbreviation for inspection. Inspection personnel conduct flow inspection on the quality of products in relevant processes at regular intervals at the production site. 9.7 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.8 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.9 Technological Hygiene
Quality inspection conducted by professional inspection personnel. t||Surface treatment
Surface roughness
Wave welding+
Material utilization rate
Material utilization rate·
Material technology conversion T. Process estimation..
Regulations quota
Operation specification
Production quota
Close processing
Overproduction process
Molding…
Group process
Total product comprehensive energy support-
Unit busy output value comprehensive energy consumption"
Equivalent inferior processing
Typical! . Technology
Typical process specification
Electrical process
Standard time·
Plating…
Auxiliary materials
1 hour quota…
Working hour profit rate,
SJ/T 10376—1993
Chinese case quotation
..6.34
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Workstation equipment
Workboat card
Sequence control
Process control point
Process capability
Work factor
Process plan·
Technology chart
Technology process card
Technology regulations
Technology model·
Technology card
Technology flow
Process flow chart
Process equipment·
Process setting:
Process description
Process Production
Process document
Process document completeness·
Process document format
TTechnology document change notification form
TTechnology document list
'.Technology document diary
Technology analysis
Technology table
Test elements
Technology quality morning class
Technology equipment
Working place
Key sequence
Photomask
Chemical process
Chemical connection·
... 6.7 | ||. 9. 23. Made tooling
To meet production needs, the enterprise manufactures the process equipment by itself, the most special process equipment. B.4 External tooling Trurchase tooling To meet production needs, the process equipment purchased by the enterprise. The first level is general purpose process equipment. 8.5 Tool
Various working tools and production tools with independent purposes, such as knives, tools, measuring tools, jaws, pliers, assembly tools, auxiliary tools, etc. 8.6 Die mold
Device used to define the shape and size of the production object. 8 Die mold
Screen that selectively blocks light radiation or ion penetration. 8.8 Optical pickup module
Various required screen shapes are made on a transparent substrate and accurately positioned to selectively illuminate the pattern structure of the photoresist coating.
8.9 Workstation filter
Various devices used to store production objects or tools in the workplace or warehouse. g 10 Measuring instruments and devices All instruments, measuring instruments (meters) and measuring devices that can be used to directly or indirectly measure the value of the measured value are collectively referred to as measuring instruments. 9 Others
9.1 Self-inspection
SJ/T10376—1993
In the process of product production, production personnel shall conduct self-inspection of their own products or completed work tasks according to the requirements of quality standards and relevant technical documents at the prescribed time and number, and take the initiative to "pick out" unqualified products for inspection. 9.2 Mutual inspection
Production workers shall conduct mutual inspection of the quality of the products produced or the work tasks completed. 9.3 Special inspection 9.4 Patrol Inspection
Quality inspection conducted by professional inspection personnel. 9.5 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.6 Patrol Inspection
Injection
Abbreviation for inspection. Inspection personnel conduct flow inspection on the quality of products in relevant processes at regular intervals at the production site. 9.7 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.8 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.9 Technological Hygiene
Quality inspection conducted by professional inspection personnel. t||Surface treatment
Surface roughness
Wave welding+
Material utilization rate
Material utilization rate·
Material technology conversion T. Process estimation..
Regulations quota
Operation specification
Production quota
Close processing
Overproduction process
Molding…
Group process
Total product comprehensive energy support-
Unit busy output value comprehensive energy consumption"
Equivalent inferior processing
Typical! . Technology
Typical process specification
Electrical process
Standard time·
Plating…
Auxiliary materials
1 hour quota…
Working hour profit rate,
SJ/T 10376—1993
Chinese case quotation
..6.34
...6.18
..*5.41
. E. 5
..5.31
..5.35
.. 5. 26
+-* 5. 27
+++ 6. 17
. 6 15
Workstation equipment
Workboat card
Sequence control
Process control point
Process capability
Work factor
Process plan·
Technology chart
Technology process card
Technology regulations
Technology model·
Technology card
Technology flow
Process flow chart
Process equipment·
Process setting:
Process description
Process Production
Process document
Process document completeness·
Process document format
TTechnology document change notification form
TTechnology document detail list
'.Technology document diary
Technology analysis
Technology table
Test elements
Technology quality morning class
Technology equipment
Working place
Key sequence
Photomask
Chemical process
Chemical connection·
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To meet production needs, the enterprise manufactures the process equipment by itself, the most special process equipment. B.4 External tooling Trurchase tooling To meet production needs, the process equipment purchased by the enterprise. The first level is general purpose process equipment. 8.5 Tool
Various working tools and production tools with independent purposes, such as knives, tools, measuring tools, jaws, pliers, assembly tools, auxiliary tools, etc. 8.6 Die mold
Device used to define the shape and size of the production object. 8 Die mold
Screen that selectively blocks light radiation or ion penetration. 8.8 Optical pickup module
Various required screen shapes are made on a transparent substrate and accurately positioned to selectively illuminate the pattern structure of the photoresist coating.
8.9 Workstation filter
Various devices used to store production objects or tools in the workplace or warehouse. g 10 Measuring instruments and devices All instruments, measuring instruments (meters) and measuring devices that can be used to directly or indirectly measure the value of the measured value are collectively referred to as measuring instruments. 9 Others
9.1 Self-inspection
SJ/T10376—1993
In the process of product production, production personnel shall conduct self-inspection of their own products or completed work tasks according to the requirements of quality standards and relevant technical documents at the prescribed time and number, and take the initiative to "pick out" unqualified products for inspection. 9.2 Mutual inspection
Production workers shall conduct mutual inspection of the quality of the products produced or the work tasks completed. 9.3 Special inspection 9.4 Patrol Inspection
Quality inspection conducted by professional inspection personnel. 9.5 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.6 Patrol Inspection
Injection
Abbreviation for inspection. Inspection personnel conduct flow inspection on the quality of products in relevant processes at regular intervals at the production site. 9.7 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.8 Technological Hygiene
Quality inspection conducted by professional inspection personnel. 9.9 Technological Hygiene
Quality inspection conducted by professional inspection personnel. t||Surface treatment
Surface roughness
Wave welding+
Material utilization rate
Material utilization rate·
Material technology conversion T. Process estimation..
Regulations quota
Operation specification
Production quota
Close processing
Overproduction process
Molding…
Group process
Total product comprehensive energy support-
Unit busy output value comprehensive energy consumption"
Equivalent inferior processing
Typical! . Technology
Typical process specification
Electrical process
Standard time·
Plating…
Auxiliary materials
1 hour quota…
Working hour profit rate,
SJ/T 10376—1993
Chinese case quotation
..6.34
...6.18
..*5.41
. E. 5
..5.31
..5.35
.. 5. 26
+-* 5. 27
+++ 6. 17
. 6 15
Workstation equipment
Workboat card
Sequence control
Process control point
Process capability
Work factor
Process plan·
Technology chart
Technology process card
Technology regulations
Technology model·
Technology card
Technology flow
Process flow chart
Process equipment·
Process setting:
Process description
Process Production
Process document
Process document completeness·
Process document format
TTechnology document change notification form
TTechnology document detail list
'.Technology document diary
Technology analysis
Technology table
Test elements
Technology quality morning class
Technology equipment
Working place
Key sequence
Photomask
Chemical process
Chemical connection·
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Process capability
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Technology chart
Technology process card
Technology regulations
Technology model·
Technology card
Technology flow
Process flow chart
Process equipment·
Process setting:
Process description
Process Production
Process document
Process document completeness·
Process document format
TTechnology document change notification form
TTechnology document detail list
'.Technology document diary
Technology analysis
Technology table
Test elements
Technology quality morning class
Technology equipment
Working place
Key sequence
Photomask
Chemical process
Chemical connection·
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Process capability
Work factor
Process plan·
Technology chart
Technology process card
Technology regulations
Technology model·
Technology card
Technology flow
Process flow chart
Process equipment·
Process setting:
Process description
Process Production
Process document
Process document completeness·
Process document format
TTechnology document change notification form
TTechnology document detail list
'.Technology document diary
Technology analysis
Technology table
Test elements
Technology quality morning class
Technology equipment
Working place
Key sequence
Photomask
Chemical process
Chemical connection·
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. 3. 10
...8.B||tt ||. 9. 2
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