informational-technological support of quality of autocomponents for maintenance of ideal management

The approach stated in section 2.3 to definition of making deviations allows to solve during APQP-design implementation two groups of problems:

- Straight line (design). Already at a stage of working out of operations was possiblly to predict magnitudes of a total deviation of figure of merit AK and to optimise parametres of transitions, and also to prove management plots for work stations.

- Return (analytical). Decision making about decrease of value of the measured deviation of key figure of merit AK by change of known significant making characteristics of process.

As much as possible productive (ideal) alternative of management offers to consider as separate figure of merit decrease of a significant deviation of a key parametre to demanded magnitude from the first trying at the minimum expenses of a time for planning of correcting acts (drawing 2.12) [17, 25].

The technique presented in section 2.3 provides presence of all information necessary for it. We will observe, as it is applicable in achievement of ideal result (drawing 2.12).

At reception of the replaceable task to the operator the control sheet which is made within the limits of a management current plan by key figure of merit (drawing 2.13) is given out. All significant lapses of the equipment in it should be already specified on the basis of diagnostic data. In the presence of technical possibility the control sheet can be formed on the electronic carrying agent.

As well as in the previous cases, the task for manufacturing of party of half stuff AK in operation with a legend «Op 010» begins with adjustment of technological system. The result is verified according to

Drawing 2.12 - Process of "ideal" management by a deviation of key figure of merit on a work station (a handheld computer - key figure of merit of an autocomponent, KH - control characteristics of process, About - the operator)

Drawing 2.13 - the Instance of control sheet for data collection

The confirmed technique of measurement of actual value of key figure of merit of the first suitable detail. In addition the set-up man is obliged to register in control sheet (drawing 2.13) actual values of control characteristics of adjustment.

In respect of management of operation formoobrazovanija periodicity of measurements is expedient for co-ordinating to cycles of change of tools. Besides, in addition to procedure of measurement of a handheld computer under plot SPC at each measurement it is necessary to display and analyse current values of significant control characteristics of process of interacting (drawing 2.12).

If at handheld computer measurement the significant deviation taking into account the registered values of parametres calculation of all making deviations is made is revealed. The next correction under the plot of reaction of the most significant KKH after ranging of these data is volplaned practically instantly. Correction is followed by result verification (drawing 2.12).

Unconditionally, at an early stage of a batch production it is is possible emersion of separate errors, but regular registration and the analysis of current data (including mathematical) allows to get out in the shortest terms on practically ideal alternative of management.

So, ideal management is attained at the expense of [17]:

- Completeness and adequacy of the demands which have been put in pawn at stages of preparation of manufacture;

- Presence of objective data on current values of a handheld computer and key control characteristics in the course of autocomponent exhaustion;

- Adequacy of empirical models of processes.

On a work station with use of the modern equipment already there are many possibilities to gain and operatively to analyse the current information for regulating so - to consider agency of variety of control characteristics. But the problem of management is much wider. It is passed round to all life cycle of the APQP-design and switches on still

Regular informing of the customer on extent of controllability process. For these purposes informational-technological support of quality of an autocomponent (ITSK) is offered to define a full complex of the information the term «: System of the documentary demands, given measurements,

Parametres of empirical dependences of processes of interacting,

The revealed significant deviations of all key figures of merit of an autocomponent providing decrease from the first trying, and proconsolidation of the information during performance of all aspects of works at stages of the design of preparation of manufacture, exhaustion and autocomponent deliveries »[16, 17, 20, 21].

Method of informational-technological support of quality of an autocomponent are incorporated processes of working out and application of informational-technological support of quality of an autocomponent by an interfunctional command of the supplier for modern quality management of an autocomponent.


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A source: Biktimirova Guzel Fanisovna. WORKING out of the METHOD of informational-TECHNOLOGICAL SUPPORT of QUALITY of AUTOCOMPONENTS AT STAGES of PREPARATION of MANUFACTURE. The dissertation on competition of a scientific degree of a Cand.Tech.Sci. Moscow - 2017. 2017

More on topic informational-technological support of quality of autocomponents for maintenance of ideal management:

  1. the Informational support for quality management of autocomponents
  3. System of demands to informational-technological support of quality of autocomponents on work stations
  5. Biktimirova Guzel Fanisovna. WORKING out of the METHOD of informational-TECHNOLOGICAL SUPPORT of QUALITY of AUTOCOMPONENTS AT STAGES of PREPARATION of MANUFACTURE. The dissertation on competition of a scientific degree of a Cand.Tech.Sci. Moscow - 2017, 2017
  6. Preparation of elements of informational-technological support of quality of an autocomponent at a development cycle of processes
  7. Structure of document circulation for informational-technological support of quality of an autocomponent
  8. Working out of elements of informational-technological support of quality at an autocomponent design stage
  9. 3.5. A complete set of forms of deeds of informational-technological support of quality of an autocomponent
  10. Application of informational-technological support of quality of an autocomponent at definitive preparation of manufacture and in a batch production
  13. Demands ISO/TS 16949:2009 to quality management of autocomponents
  14. Ordering of control characteristics informatsionnoyotehnologicheskogo supports of quality of autocomponents
  15. 2.1 Methodical approach to research of management by expenses for maintenance of quality of production
  16. influence of physicomechanical and himiko-technological properties of dry components of mixes on quality indicators of finished goods and criteria of an estimation of its quality
  17. 1.3 System approach to management of expenses for maintenance of quality of production
  18. informational-analytical model of the automated system of a support of decision-making on the basis of direct and return solving rules
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