Technical committees for standardization and their functions. In the work of technical committees for standardization
Technical committees for standardization (TC) are created on the basis of organizations specializing in certain types products (services) and having the highest scientific and technical potential in this area. In 2004, 351 technical committees were registered.
Any standard is a product of the agreed opinion of all parties (users) interested in this document. The task of the Technical Committee is to provide a “round table” for participants in the development of the draft standard. Therefore, these Technical Committees include representatives of developers, manufacturers, suppliers, consumers (customers) of products, consumer societies (unions) and other interested enterprises and organizations, as well as leading scientists and specialists in a particular field. Technical committees are responsible for the quality and timing of the draft standards they develop in accordance with current legislation and concluded agreements for carrying out this work.
As an example, I will indicate the structure and composition of some Technical Committees.
The Technical Committee 389 “Property Valuation” has subcommittees (PC): PC 1 “ General principles and terminology"; PC 2 “Evaluation is not movable property"; PC 3 “Valuation of movable property”; PC 4 “Assessment of an operating enterprise”; PC 5 “Evaluation of intangible benefits.”
As a member of Technical Committee 347 “Trade and Trade Services” catering» two sub-committees: PC 1 “Trade services”, PC 2 “Catering services”. PC 1, for example, includes representatives of: Ministries economic development and trade Russian Federation, Rostekhregulirovaniya; Centrosoyuz; Department of Consumer Market and Services of the Moscow Government; research organizations, universities, trade organizations.
To organize and coordinate standardization work in industries national economy if necessary, create standardization units (services) of ministries (and other bodies public administration) and parent standardization organizations from among organizations with high scientific and technical potential in the relevant fields of science and technology. Enterprise managers are directly responsible for the organization and state of standardization work performed at these enterprises. Enterprises create, if necessary, standardization services (department, laboratory, bureau), which carry out research, development and other work on standardization.
In the future, the functions of the national standardization body are expected to take into account foreign experience transfer to a non-governmental organization - a “non-profit partnership”.
In industrial developed countries- members European Union(EU), primarily Great Britain, Germany, France, such national
standards bodies such as the British Standards Institute - BSI; German Standards Institute - DIN; French Association for standardization - AFNOR.
All named foreign organizations are non-profit in nature. Their membership is not limited: they include representatives government organizations and firms, developers and consumers of regulatory documents. For example, BSI brought together over 15 thousand specialists, AFNOR - more than 3 thousand, DIN - about 2 thousand.
The participation of the state in the activities of these organizations is regulated by relevant documents (memorandum, agreement). For example, the memorandum of understanding between the UK government and the British Standards Institution indicates the need to establish strict public policy in “certain areas of standardization,” because private business, defending its “vital” interests, forms cartels and dictates its own policies to the country to the detriment of national interests.
One of the components of such agreements is the following obligations of the governments of countries: to use voluntary standards when forming government orders for the supply of products; make reference to national standards in various government programs(compulsory lending programs, compulsory insurance, etc.)
The budget of most national standardization bodies consists of government subsidies (for example, in France - more than 20% of the required volume, in Germany - 15%); various items of income - membership fees, implementation of standards, organization of paid training, consultations (in the field of standardization, accreditation, conformity assessment).
In 13% of ISO member countries, national standardization organizations are completely self-financing.
At the intergovernmental level, the Interstate Council for Standardization, Metrology and Certification was created (now Eurasian Council on standardization, metrology and certification - EASC). Its main functions are: production priority areas activities in the field of standardization; submission of draft interstate standards for approval and adoption of standards. The decisions taken by the Council are binding on the states whose representatives are included in the Council.
Members of the EASC are the heads of national bodies for standardization, metrology and certification of the states parties to the Agreement of all 12 states of the Commonwealth. The management of work on standardization, metrology and certification in the states parties to the Agreement is carried out by the relevant bodies: for example, in the Republic of Armenia - Armgosstandart; in Ukraine - Gosstandart of Ukraine; in the Republic of Moldova - State Department Moldovastandart; in Turkmenistan - Turkmen State Inspectorate, etc.
The main working body of the EASC is the Bureau of Standards, Metrology and Certification, headquartered in Minsk. According to established tradition, meetings are held alternately in the states party to the Agreement. As a result of the activities of the EASC, the funds of normative documentation and reference base that existed in the USSR were preserved (about 25 thousand state, 35 classifiers of technical and economic information, 140 metrological standards of units of physical quantities).
The process of mutual recognition has now been completed national systems certification of CIS countries. The working bodies of the EASC are interstate technical committees for standardization (ITC), which are created to develop interstate standards and carry out other specific works in the area interstate standardization.
The activities of over 200 MTCs in the development of GOSTs are carried out in accordance with annual plans. Interstate standards and amendments to them are adopted by decision of the EASC, whose meetings are held twice a year. General provisions According to the rules for carrying out work in the field of interstate standardization, they are established in the fundamental standard - GOST 1.0-92. The standard is considered adopted if at least two states vote for its adoption.
As a draft GOST, the national standardization body of any state may propose the current national (state) standard of the state party to the Agreement. Thus, a significant share of adopted GOSTs in lately constitute Russian state standards - GOST R (about 70%).
Interstate standards (GOST), which Russia has acceded to, are applied on its territory without re-registration, with their entry into force by decree of the Rostekhregulirovanie agency. Giving credit where credit is due great job, conducted by the Council within the CIS, the International Organization for Standardization - ISO at one time recognized the IGU (new name - EASC) as an international regional organization for standardization.
International organization for ISO standardization(ISO) has been in operation since 1947. ISO is not an acronym. Official name organizations - International Organization for Standardisation.
ISO's scope of activity covers standardization in all fields, with the exception of electronics and electrical engineering, which fall under the purview of the IEC. As of July 1, 2009, over 150 countries participated in ISO. The USSR was one of the founders of the organization. ISO funds are made up of contributions from member countries, sales of standards and other publications, and donations.
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Rice. 2.7.1.
Since in different languages The abbreviation of this International Organization for Standardization could be different; it was decided by representatives of the countries that initiated the creation of ISO to use a derivative from the Greek isos - “equal”.
In the period between sessions of the General Assembly, the work of the organization is governed by the Council, which includes representatives of national standardization organizations. An executive bureau has been created under the Council, which manages ISO technical committees.
Projects international standards are developed directly by working groups operating within technical committees. ISO has 188 technical committees. Technical committees (TC) are divided into general technical committees and committees working in specific areas of technology. General technical Technical committees solve general technical and intersectoral problems. These, for example, include TC 12 “Units of Measurement”, TC 19 “Preferred Numbers”, TC 37 “Terminology”. The remaining Technical Committees operate in specific areas of technology (TC 22 “Automobiles”, TC 39 “Machine tools”, etc.). TCs whose activities cover an entire industry (chemistry, aviation and space technology etc.), organize subcommittees (SC) and working groups (WG).
Depending on the level of interest, each ISO member determines the status of its participation in the work of each Technical Committee. Membership may
be active and as observers. A draft International Standard (IS) is considered adopted if it is approved by a majority (75%) of the active members of the Technical Committee.
By the beginning of 2009, approximately 14.5 thousand ISO international standards were in force. 75% of ISO International Standards are fundamental standards and test method standards.
35. Steering committee of the certification system.
General management of the System is entrusted to the Steering Committee for Certification, reporting to To the IEC Council; it consists of delegations from participating countries. Any IEC member country can participate in the System if a number of conditions are met: the presence of a national organization for standardization and certification; agreement to comply with all rules of the System and publication of the relevant national documents; recognition of certificates and test reports of electronic products manufactured in other participating countries, if they comply with the requirements of the System; execution financial obligations member of the System.
There are two types of country participation in the IEC System:
Participation in the Certification Steering Committee with voting rights and advisory membership in the Oversight Coordinating Committee;
Participation in the Steering Committee with voting rights and full membership in the Oversight Coordinating Committee.
Permanent working bodies for standardization are technical committees (TC), but this does not exclude the development of regulatory documents by enterprises, public associations, and other entities economic activity. TCs can engage in standardization both on their own initiative and under contracts to perform such a task in accordance with TC programs and state standardization plans.
Technical committees specialize depending on the object of standardization. Within the framework of this specialization, the TC also carries out work on international (regional) standardization.
Main functions of TC:
1) defining concepts for the development of standardization in their field;
2) preparation of data for annual standardization plans;
3) drafting new standards and updating existing ones;
4) providing scientific and methodological assistance to organizations participating in the development of standards and applying regulatory documents, in particular, on the analysis of effective standardization;
5) attracting consumers through unions and consumer societies.
Along the line international standardization TCs deal with issues of harmonization of domestic standards with international ones, prepare justification for Russia’s position for voting on draft standards in international organizations; participate in the work of TCs of international (regional) standardization organizations, promoting the adoption of state standards of the Russian Federation as international ones, participate in organizing meetings in Russia international organizations on standardization, etc.
The scientific and technical basis for the creation of technical committees is usually enterprises or organizations whose activity profile corresponds to the specialization of the technical committee. Gosstandart of the Russian Federation and Gosstroy of the Russian Federation attract leading scientists and specialists, representatives of product development organizations, manufacturing enterprises(firms), enterprises - the main consumers of products (services), scientific and engineering societies and societies for the protection of consumer rights.
Participation in the activities of technical committees of all interested parties is voluntary.
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Metrology, standardization and certification
Guidelines by organization independent work students Directions: 150900.62 “Technology, equipment and automation of mechanical engineering
List of laboratory classes
1. Measuring parts using plane-parallel gauge blocks; 2. Measuring the dimensions of parts using caliper tools; 3. Determination of surface roughness
Development and role of metrology, standardization and certification in ensuring high quality products
Russia's transition to market economy defined new conditions for the activities of domestic firms, enterprises and organizations not only in the domestic market, but also in the foreign market. Enterprise Law
Metrological support. Technical fundamentals of metrological support
Metrological support is a set of works aimed at ensuring the uniformity of measurements, in which the measurement results are expressed in legal units of quantities and with an error
Main types of work on metrological support
1) Carrying out a state analysis with measurement. Constant analysis is the main type of work metrological support, since the manufacturer must know with what reliability the values are detected
Unity, reliability, accuracy of measurements. Uniformity of measuring instruments
Unity of measurements is a state of measurements in which their results are expressed in legal units, and the errors are known with a given probability and do not go beyond the established standards.
State metrological control. Type approval of measuring instruments
The Law “On Ensuring the Uniformity of Measurements” establishes the following types of state metrological control: 1) approval of the type of measuring instruments; 2) verification of measuring instruments
Verification of measuring instruments
Verification of measuring instruments is a set of operations performed by bodies of the State Metrological Service or other authorized bodies and organizations for the purpose of determining and confirming
Calibration of measuring instruments. Russian Calibration Service (RSC)
SI calibration is a set of operations performed to determine and confirm the actual values of metrological characteristics and (or) suitability for the use of SI
State Metrological Supervision (GMS)
GMN - procedures for checking compliance with metrological rules and norms, legal requirements, regulatory documents of the GSI system adopted in connection with the introduction of the Law, as well as previously existing and contradictory
Metrological control and supervision at enterprises and organizations (for legal entities)
In accordance with the law “On ensuring the uniformity of measurements” at enterprises, organizations, institutions that are legal entities, where necessary, metrological services are created for
Physical quantities as an object of measurement
The object of measurement is physical quantities, which are usually divided into basic and derivative. Basic quantities are independent of each other, but they can serve as a basis
Types of measuring instruments
For practical measurement units of quantity are used technical means that have standardized errors and are called measuring instruments. Regarding measuring instruments
Measurement. Types of measurements
Measurement – The set of operations performed using technical means, which stores a unit of quantity and allows the measured quantity to be compared with it. Received
Basic parameters of measuring instruments
The length of the scale division is the distance between the axes (centers) of two adjacent scale marks, measured along an imaginary line passing through the midpoints of the shortest scale marks.
Measurement errors
Measurement error means the deviation of the measurement result from true meaning measured quantity. Measurement accuracy – measurement quality
Selection of measuring instruments
When choosing measuring instruments, their metrological parameters, operational factors (organizational form of control, design features and dimensions of products, equipment performance) are taken into account
Metrological indicators of measuring instruments
Measures are characterized by nominal and real values. The nominal value of a measure is the value of a quantity indicated on the measure or attributed to it. Action
Line length measures. Plane-parallel gauge blocks
Line length measures are made in the form of bars four types With various forms cross section. Unambiguous measures have two strokes on the edges of the beam. Scales of multivalued measures could
Angular prismatic measures
Angular prismatic measures are the most accurate means of measuring angles in mechanical engineering. They are designed to transfer the size of a flat angle unit from standards to standard and working angles
Vernier tools
Vernier tools are indicating devices direct action, in which the size of the product is determined by the position of the measuring frame moving along the rod with a bar scale.
Micrometers
Micrometric instruments belong to the group of universal measuring instruments. They are designed to measure the diameters of shafts and holes, depths and heights of parts. Design m
Calibers. Profile templates
According to the control method, calibers are divided into normal and limit. Normal calibers copy the size and shape of products. Limit calibers reproduce
Angle measurement methods
The angles of products are measured by three main methods: the method of comparison with rigid control tools - angle measures, squares, cone gauges and templates; abs
Squares and cone gauges
Test squares 90° are intended for checking and marking right angles of products, for checking products during assembly or installation, etc. Squares have measuring and reference surfaces
Accuracy of geometric parameters of parts elements
In relation to parts elements in mechanical engineering, standardization of accuracy, i.e. establishing requirements for the degree of approximation to a given value, state or position can and should be considered in
Concept of size. Dimensions nominal, real, true, normal. Rows of normal linear dimensions
Size – the numerical value of a linear quantity (diameter, length, etc.) in the selected units of measurement. From this definition it follows that the size is taken to be the distance
Limit sizes. Deviations. Deviation designations
Limit dimensions are two maximum permissible dimensions of an element, between which the actual size must be (or can be equal to). It follows from this
System of admissions and landings. Principles of system construction
Since it is possible to obtain a fit (with clearance, interference or transitional) for any ratio of deviations in the sizes of elements relative to the nominal size, therefore, with the development various industries about
Size Intervals
The nominal dimensions of the elements of the parts, after they have been determined by calculation, are selected from a series of preferred numbers, which are a geometric progression with certain denominators.
Tolerance unit
When assigning tolerances, it is necessary to select a pattern for changing tolerances, taking into account the value of the nominal size. Therefore, the system has a so-called tolerance unit, which is like a
Size qualities
Depending on the location where parts that have the same nominal size are used, they may be subject to different requirements regarding dimensional accuracy.
Formation of the tolerance field. Main deviations
In the ESDP, to indicate the position of the tolerance field relative to the nominal value, the values of the main deviations are normalized, which are indicated in Latin letters in uppercase (capital) for the hole and in lowercase (m
Designation of tolerances and fits on drawings
The tolerance field with the internal mating surface (hole) is always indicated in the numerator, and the tolerance field with the external mating surface (shaft) is always indicated in the denominator, for example: 20H7/g6,
Normal temperature
Temperature– one of essential elements admission and landing systems; associated with it is a judgment about the suitability of products in terms of compliance of its dimensions with the dimensions specified in the drawing, as well as
Problems solved when ensuring the accuracy of dimensional chains. Checking
Task 1. Determining the maximum dimensions of the closing link dimensional chain(accuracy of this link), when the maximum dimensions of the remaining component links are known (Fig. 2: A
Problems solved when ensuring the accuracy of dimensional chains. Design
The tolerance of the trailing link (initial link) and the nominal dimensions of the component links are known. It is necessary to determine the tolerances of the component links. Method 1
Parameters for normalizing and designating surface roughness
Methods for normalizing surface roughness are established in GOST 2789 - 73 and apply to the surfaces of products made from any materials and by any methods, except fleecy surfaces
Selecting surface roughness
The choice of parameters for normalizing roughness should be made taking into account the purpose and operational properties of the surface. The main thing in all cases is the normalization of altitude parameters.
Measuring shape deviations
Shape deviations are determined using universal and special means measurements. In this case, calibration cast iron plates and plates made of hard stone, calibration rulers, squares,
Surface Roughness Measurement
Qualitative control of surface roughness is carried out by comparison with samples or reference parts visually or by touch. GOST 9378-75 establishes roughness samples
Goals and objectives of standardization
Standardization is an activity aimed at developing and establishing requirements, norms, rules, characteristics, both mandatory and recommended, ensuring
Categories of standards. Enterprise standards. Standards of public associations. Specifications
Enterprise standards are developed and adopted by the enterprise itself. The objects of standardization in this case are usually the components of organization and production management,
State bodies and standardization services, their tasks and areas of work. National standardization body. Technical committees
According to ISO/IEC Guide 2, standardization activities are carried out by relevant bodies and organizations. An authority is considered as a legal or administrative unit having specific
State control and supervision of compliance with state standards
State control and supervision of compliance mandatory requirements state standards are implemented in Russia on the basis of the Law of the Russian Federation “On Standardization” and form part of the state
Legal basis of standardization
The legal basis for standardization in Russia is established by the Law of the Russian Federation “On Standardization”. The provisions of the Law are mandatory for implementation by all government bodies and economic entities
Unification and aggregation
Unification. To rationally reduce the range of manufactured products, they are unified and standards are developed for parametric series of products, which increases the serial number
International Organization for Standardization (ISO)
Main goals and objectives. The International Organization for Standardization was created in 1946. twenty five national organizations on standardization. The USSR was one of the founders of the organization
ISO organizational structure
Organizationally, ISO includes governing and working bodies. Governing bodies: General Assembly(highest body), Council, Technical Guidance Bureau. Working bodies – technical committees (TC),
The procedure for developing international standards
Direct work on the creation of international standards is carried out by technical committees (TC); subcommittees (SC, which can establish TC) and working groups (WG) in specific areas of activity
Future challenges for ISO
ISO has defined its tasks until the end of the century, highlighting the most relevant strategic areas of work: 1. Establishing closer connections between the organization’s activities and the market, which is primarily
Basic terms and concepts
Establishing compliance with specified requirements involves testing. Testing is a technical operation consisting in determining one or more characteristics of data
National body Council for
According to certification │----------------→certification (Gosstandart of Russia) │ │ │ │
Performers)
Typical structure of interaction between participants in the certification system. The testing laboratory tests specific products or specific types
Certification schemes
Certification is carried out according to the schemes established in the certification system. A certification scheme is the composition and sequence of actions of a third party in assessing conformity
Mandatory certification
Mandatory certification is carried out on the basis of laws and legislative provisions and provides evidence of compliance of a product (process, service) with the requirements of technical regulations,
Voluntary certification
Voluntary certification is carried out at the initiative of legal or individuals on contractual terms between the applicant and the certification body in voluntary certification systems. Allowed
Rules for certification
Rules for certification are established general recommendations, which are used in organizing and carrying out work on mandatory and voluntary certification. These rules are discussed
Procedure for product certification
The procedure for certification in Russia was established by the Decree of the State Standard of the Russian Federation in 1994. in relation to mandatory certification(including imported products), but can also be applied
Responsibilities and main functions of the certification body
Responsibilities: 1. Conducting product certification according to the rules and within the limits of accreditation. 2. Issuance of a license to use the mark of conformity to the certificate holder. 3. Pr
Requirements for certification body personnel
1. The head of the certification body is appointed in agreement with the accrediting body. 2. The body must have permanent staff. Working conditions for personnel should completely exclude
Certification of quality assurance systems
Certification of quality assurance systems to ISO 9000 series standards is widely developed in foreign countries oh, they’ve been doing this in Russia recently. Foreign experts believe that
Service certification
The basic principles of service certification systems are the same as for product certification systems: mandatory and voluntary, third party condition, accreditation of certification bodies, issuance of certification.
Problems solved when ensuring the accuracy of dimensional chains
Task 1. Determining the maximum dimensions of the closing link of a dimensional chain (the accuracy of this link), when the maximum dimensions of the remaining component links are known
Results of calculation of the closing link
Nominal size, mm Tolerance, mm Upper deviation, mm Lower deviation, mm
For design calculation
Link Nominal size, mm Size tolerance, mm Type of link Аδ
Results of calculation of component links
Link Nominal diameter, mm Tolerance, mm Bottom deviation, mm Top deviation, mm
Educational materials
Main literature 1. Krylova G.D. Fundamentals of standardization, certification, metrology: Textbook for universities. – M.: Audit-UNITY.1998. 2. Lifits I.M. Basics of standardization, metrolo
Permanent working bodies for standardization are technical committees (TC), but this does not exclude the development of regulatory documents by enterprises, public associations, and other business entities. TCs can engage in standardization both on their own initiative and under contracts to perform such a task in accordance with TC programs and state standardization plans.
Technical committees specialize depending on the object of standardization. Within the framework of this specialization, the TC also carries out work on international (regional) standardization.
Main functions of TC:
Defining concepts for the development of standardization in your field;
Preparation of data for annual standardization plans;
Drafting new standards and updating existing ones;
Providing scientific and methodological assistance to organizations participating in the development of standards and applying regulatory documents, in particular, on analyzing the effectiveness of standardization;
Attracting consumers through unions and consumer societies.
In the area of international standardization, TCs deal with issues of harmonization of domestic standards with international ones, prepare justification for Russia’s position for voting on draft standards in international organizations; participate in the work of the TCs of international (regional) standardization organizations, promoting the adoption of state standards of the Russian Federation as international ones, participate in organizing meetings of international standardization organizations in Russia, etc.
The Law of the Russian Federation “On Standardization” allows the participation of representatives of organizations from foreign countries in the work of the TC (in agreement with the State Standard of Russia). In a number of TCs, subcommittees (SC) are created for individual standardization objects.
TCs are also considered as working bodies for standardization within the CIS on the basis of the “Agreement on the implementation of a coordinated policy in the field of standardization, metrology and certification” adopted by the CIS member countries in 1992.
The scientific and technical basis for the creation of technical committees is usually enterprises or organizations whose activity profile corresponds to the specialization of the technical committee. These include research institutes of the State Standard of the Russian Federation and the State Construction Committee of the Russian Federation. Legal basis to create a TC is the solution of these government agencies. Interested enterprises and organizations can take the initiative to have their specialists participate in the work of the technical committee by sending a proposal to one of the above government bodies. Gosstandart of the Russian Federation and Gosstroy of the Russian Federation attract leading scientists and specialists, representatives of organizations - product developers, manufacturing enterprises (firms), enterprises - the main consumers of products (services), scientific and engineering societies and societies for the protection of consumer rights to work in the TC. The latter is given special meaning, since through representatives of these societies it is carried out feedback with the consumer, which makes it possible to obtain up-to-date information necessary to fulfill one of the main goals of standardization - to ensure that the product meets the expectations and preferences of the consumer. Consumer societies have the right to participate in the work of technical committees to determine the requirements for the quality of the standardization object and the choice of methods for its assessment, in the development of new and updating existing standards.
Participation in the activities of technical committees of all interested parties is voluntary.
Other standardization services. Other business entities that develop regulatory documents (standards for industries and enterprises) create special services in their organizational structure that coordinate the work on creating standards for other departments involved in this. For example, at an enterprise, research, design and technology departments and laboratories carry out research related to standardization, and the participation of other departments is determined by their competence. The standardization department manages the work.
2. The technical committee for standardization may include representatives of federal executive authorities, the State Corporation for atomic energy Rosatom, others state corporations, executive authorities of the constituent entities of the Russian Federation and municipalities, scientific organizations, including those carrying out activities in the field of standardization, manufacturers, performers, public associations consumers.
3. Technical committees for standardization participate in the preparation of proposals on the formation of state policy of the Russian Federation in the field of standardization.
4. The creation of technical committees for standardization and the formation of their compositions are carried out federal body executive power in the field of standardization, taking into account following principles:
1) voluntary participation;
2) equal representation of the parties;
4) openness and accessibility of information about the created technical committee for standardization.
5. An application for the creation of a technical committee for standardization in written or electronic form is submitted by the applicant to the federal executive body in the field of standardization.
6. Applicants may be the persons specified in part 2 of this article. The federal executive body in the field of standardization reviews the application for the creation of a technical committee for standardization and, within fifteen days from the date of filing this application, makes a decision on the possibility of creating a technical committee for standardization or to reject the application for the creation of a technical committee for standardization.
7. If the proposal to create a technical committee for standardization, contained in the application for the creation of a technical committee for standardization, does not comply with the principles established by part 4 of this article, the federal executive body in the field of standardization makes a decision to reject such an application for the creation of a technical committee committee for standardization.
8. The decision to reject an application for the creation of a technical committee for standardization is brought to the attention of the applicant by the federal executive body in the field of standardization no later than seven days from the date of such decision.
9. Notification of the acceptance of applications for participation in the technical committee for standardization is posted by the federal executive body in the field of standardization on its official website on the Internet information and telecommunications network no later than seven days from the date of the decision on the possibility of creating a technical committee.
10. The persons specified in part 2 of this article, within the period specified in the notice of acceptance of applications for participation in the technical committee for standardization, send applications for participation in the technical committee for standardization to the applicant. The deadline for accepting these applications is established in the notice of acceptance of applications for participation in the technical committee for standardization and cannot be less than sixty days and more than ninety days from the date of posting the notice of acceptance of applications for participation in the technical committee for standardization. An application for participation in a technical standardization committee must contain a justification for the applicant's participation as a member of the committee.
11. After the deadline for accepting applications for participation in the technical committee for standardization, the applicant sends the received applications and the following set of documents to the federal executive body in the field of standardization:
1) draft regulations on the created technical committee for standardization based on the standard regulations on the technical committee for standardization, approved by the federal executive body in the field of standardization;
2) a draft long-term work program for the newly created technical committee for standardization;
3) list national standards and interstate standards, codes of practice and other standardization documents in force in the Russian Federation and falling within the competence of the newly created technical committee for standardization;
4) a list of international standards and regional standards falling within the competence of the created technical committee for standardization.
12. The federal executive body in the field of standardization, no later than seven days from the date of receipt of applications and a set of documents from the applicant, publishes on its official website on the Internet information and telecommunications network a list of persons who have submitted applications to participate in the technical committee on standardization.
13. If the proposal for participation in the technical committee for standardization contained in the application for participation in the technical committee for standardization does not comply with the principles established by part 4 of this article, the federal executive body in the field of standardization makes a decision to reject such an application for participation in the technical committee for standardization.
14. The federal executive body in the field of standardization, no later than seven days from the date of receipt from the applicant of applications and documents specified in part 11 of this article, publishes on its official website on the information and telecommunications network "Internet" a decision on the creation technical committee for standardization. The decision of the federal executive body in the field of standardization on the creation of a technical committee for standardization must contain information about the composition of the technical committee for standardization, the name of the technical committee for standardization, the objects of standardization, the structure of the technical committee for standardization, the chairman of the technical committee for standardization, his deputy or deputies, about the executive secretary of the technical committee for standardization, about the organization performing the functions of managing the affairs of the secretariat of the technical committee for standardization. The appointment of the chairman of the technical committee for standardization is carried out by the federal executive body in the field of standardization, taking into account the professional, personal and business qualities of the candidate, as well as his experience in the industry.
15. The decision to create a technical committee for standardization, the decision to reject an application for the creation of a technical committee for standardization, the decision to reject an application for participation in the technical committee for standardization can be appealed to the court only after they have been appealed in a pre-trial manner in accordance with Article 13 of this Federal Law.
16. The federal executive body in the field of standardization may decide to liquidate the technical committee for standardization if, within one year, it has not submitted to the federal executive body in the field of standardization proposals for the development, revision of national standards within the competence of this technical committee for standardization standards, preliminary national standards or amendments to them.
17. Technical committees for standardization take part in the development of international standards, regional standards, interstate standards in the manner established by the federal executive body in the field of standardization.