ISO/IEC 29341-9-13:2008
(Main)Information technology - UPnP Device Architecture - Part 9-13: Imaging Device Control Protocol - Scan Service
Information technology - UPnP Device Architecture - Part 9-13: Imaging Device Control Protocol - Scan Service
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ISO/IEC 29341-9-13:2008(E) represents the scan functionality of a scanner device. The series of ISO/IEC 29341 publications defines an architecture for pervasive peer-to-peer network connectivity of intelligent appliances, wireless devices and PCs. It is designed to bring easy to use, flexible, standards-based connectivity to ad-hoc or unmanaged networks whether in the home, in a small business, public spaces or attached to the Internet.
Guide pour la réception, l'exploitation et l'entretien des pompes d'accumulation et des pompes-turbines fonctionnant en pompe
S'applique aux pompes de stockage et aux turbines, pompes réversibles de tous types, et notamment aux machines importantes accouplées directement à un moteur/générateur électrique.
Vodilo za zagonske preskuse, obratovanje in vzdrževanje akumulacijskih črpalk in črpalnih turbin, ki obratujejo kot črpalke
General Information
Standards Content (Sample)
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.Guide pour la réception, l'exploitation et l'entretien des pompes d'accumulation et des pompes-turbines fonctionnant en pompeGuide for commissioning, operation and maintenance of storage pumps and of pump-turbines operating as pumps23.080ýUSDONHPumpsICS:Ta slovenski standard je istoveten z:IEC 60805SIST IEC 60805:1999en01-april-1999SIST IEC 60805:1999SLOVENSKI
STANDARD
CODE PRIXPRICE CODETNORMECEIINTERNATIONALEIECINTERNATIONAL60805STANDARDPremière éditionFirst edition1985-09Guide pour la réception, l'exploitation etl'entretien des pompes d'accumulation etdes pompes-turbines fonctionant en pompeGuide for commissioning, operation andmaintenence of storage pumps and ofpump-turbines operating as pumps© IEC 1985 Droits de reproduction réservés — Copyright - all rights reservedAucune partie de cette publication ne peut être reproduite niNo part of this publication may be reproduced or utilized inutilisée sous quelque forme que ce soit et par aucunany form or by any means, electronic or mechanical,procédé, électronique ou mécanique, y compris la photo-including photocopying and microfilm, without permission incopie et les microfilms, sans l'accord écrit de l'éditeur.writing from the publisher.International Electrotechnical Commission3, rue de Varembé Geneva, SwitzerlandTelefax: +41 22 919 0300e-mail: inmail@iec.chIEC web site http: //www.iec.chCommission Electrotechnique InternationaleInternational Electrotechnical CommissionMemtnyHapoluae 3nenrporexHHVecnaR KOMHCCHHPour prix, voir catalogue en vigueur•For price, see current catalogueIEC•SIST IEC 60805:1999
805 ©IEC1985— 3 —CONTENTSPageFOREWORD 5PREFACE 5ClauseSECTION ONE — GENERAL1.Scope and object 72.Terms and definitions 73.Data on operating conditions 11SECTION Two — COMMISSIONING4.General 155.Test co-ordinator 156.Pre-start tests 157.Initial run 198.Test runs 19SECTION THREE — OPERATION9.General 2510.Test service period 2711.Commercial service 29SECTION FOUR — MAINTENANCE12.General 3113.Basis for maintenance activities 3314.Restoration to optimum condition 3515.Re-starting 35APPENDIX A — Measurements
37SIST IEC 60805:1999
805 © IEC 1985— 5 —INTERNATIONAL ELECTROTECHNICAL COMMISSIONGUIDE FOR COMMISSIONING, OPERATION ANDMAINTENANCE OF STORAGE PUMPS AND OFPUMP-TURBINES OPERATING AS PUMPSFOREWORD1)The formal decisions or agreements of the I E C on technical matters, prepared by Technical Committees on which all the NationalCommittees having a special interest therein are represented, express, as nearly as possible, an international consensus of opinionon the subjects dealt with.2)They have the form of recommendations for international use and they are accepted by the National Committees in thatsense.3)In order to promote international unification, the I E C expresses the wish that all National Committees should adopt the text ofthe I E C recommendation for their national rules in so far as national conditions will permit. Any divergence between the I E Crecommendation and the corresponding national rules should, as far as possible, be clearly indicated in the latter.PREFACEThis standard has been prepared by IEC Technical Committee No. 4: Hydraulic Turbines.The text of this standard based on the following documents:Six Months' RuleReport on Voting
4(CO)414(CO)43Further information can be found in the Report on Voting indicated in the table above.The following IEC publications are quoted in this standard:Publications Nos. 198 (1966): International Code for the Field Acceptance Tests of Storage Pumps.497 (1976): International Code for Model Acceptance Tests of Storage Pumps.545 (1976): Guide for Commissioning, Operation and Maintenance of Hydraulic Turbines.609 (1978): Cavitation Pitting Evaluation in Hydraulic Turbines, Storage Pumps and Pump-turbines.SIST IEC 60805:1999
805 ©IEC 1985— 7 —GUIDE FOR COMMISSIONING, OPERATION ANDMAINTENANCE OF STORAGE PUMPS AND OFPUMP-TURBINES OPERATING AS PUMPSSECTION ONE — GENERAL1. Scope and objectThe purpose of this guide is to establish, in a general way, suitable procedures for commission-inga)non-reversible hydraulic machines without movable wicket-gates, i.e. storage pumps;b)reversible hydraulic machines with fixed blade impellers and without movable wicket-gates,operating as pumps;c)reversible hydraulic machines with fixed blade impellers and with movable wicket-gates, oper-ating as pumps;d)reversible hydraulic machines with adjustable impeller blades and movable wicket-gates, oper-ating as pumps.and associated equipment.This guide also indicates how such machines and equipment should be operated and main-tained.This guide applies to storage pumps and reversible pump-turbines of all types, especially to largeunits coupled to electrical motor-generators.The guide excludes matters of purely commercial interest, except those inextricably boundup with the conduct of commissioning, operation and maintenance.It is understood that a document of this type will be binding only if, and to the extent that, bothcontract parties have agreed upon it.Wherever the guide specifies that documents, drawings or information are to be supplied by amanufacturer (or by manufacturers), each individual manufacturer shall be required to furnish theappropriate information for his own supply only.The guide is not concerned with water conduits, gates, valves, drainage pumps, cooling waterequipment, generators, etc., except where they cannot be separated from the machine and itsequipment.It is assumed that the turbine of the set or the pump-turbine operating as turbine has beencommissioned beforehand in accordance with IEC Publication 545: Guide for Commissioning,Operation and Maintenance of Hydraulic Turbines, where applicable. Where this is not possible,an individual commissioning procedure shall be established at an early stage of plan design.2. Terms and definitions2.1 CommissioningTesting of new equipment to check its conformity with contractual specifications, as well asoperation of the equipment until formally accepted by the purchaser.SIST IEC 60805:1999
805 © IEC 1985— 9 —2.2 OperationUtilization of the equipment to convert energy, or state of readiness for such utilization.2.3 MaintenanceActivity on the equipment directed to its conservation in a state of optimum operating condi-tion.2.4 Pre-start testsTests between completion of erection of the equipment and initial run.2.5 Initial runFirst movement of rotating parts after erection.2.6 Test runOperating to obtain one set of data for a specific test.2.7 Test operationUtilization of the equipment for testing purposes.2.8 Test operation periodTest period following initial run and followed by test service. It includes runs for checking plantequipment, as well as pumping and energy supply interruption tests.2.9 Test serviceOperation of the equipment for an agreed period, during which the manufacturer is generallyresponsible for the way in which it is operated.2.10 Commercial serviceOperation of the equipment, under the purchaser's responsibility, to convert energy, or state ofreadiness for such operation.2.11 Commercial service periodPeriod starting after acceptance, including service periods as well as periods when the equipmentmay be out of operation for maintenance, inspection, repairs, etc.2.12 Guarantee periodTime, extending through an agreed part of the commercial service period, during which themanufacturer has commercial obligations to correct defects of his equipment in order to bring itinto conformity with the contract. For this purpose, tests in accordance with appropriate parts ofSub-clause 11.1.4 shall be performed.2.13 InspectionCheck on the condition of equipment.SIST IEC 60805:1999
805 ©IEC 1985— 11 —2.14 Maintenance inspectionInspection at regular intervals, often combined with incidental repairs.2.15 RepairRestoration after wear or damage.2.16 ModificationChange intended to improve performance.2.17 OverhaulComplete inspection with necessary repairs and/or modifications intended to bring the unit orpart of it to, or nearly to, the optimum functioning condition.3. Data on operating conditions3.1 A fundamental requirement for proper operation and maintenance is a satisfactory knowledge of themachine and its accessories by the purchaser's personnel.The manufacturer(s) shall deliver to the purchaser's responsible representative all necessarydocuments, instructions and information. They shall include:—general drawings and data;—material lists, descriptions and test certificates for main parts;—function diagrams;—instructions for operation, inspection and maintenance of the supply, and tables of measure-ments as given in Appendix A;—assembly and dismantling instructions and/or exploded views of assemblies as necessary;—safety instructions;—list of original spare parts, as stated in the contract.These documents, even in a preliminary form, shall be given to the purchaser's representative assoon as required and in any case, before the initial run.3.2 The documents submitted by the manufacturer(s) shall include the following data, some of whichmay be amended according to experience gathered during commissioning.1)Diagram of the storage pump or pump-turbine operating as pump, relating head, discharge,input and suction head and indicating operation limits: in applicable cases, at different wicket-gate and runner blade openings.2)Statement of similitude of model and prototype according to I EC Publication 497: Interna-tional Code for Model Acceptance Tests of Storage Pumps, if appropriate.3)Detailed sequential diagrams, illustrating ordinary changes from one mode of operation toanother (pumping, generation, synchronous condenser operation, stand-by, stop for repair) aswell as changes due to various electrical or mechanical faults.4)Wicket-gate and impeller blade openings during the starting period and as a function of head andtailwater level, if applicable.SIST IEC 60805:1999
805 © IEC 1985— 13 —5)If applicable, description of the de-watering and refilling system of the pump impeller, data forpressure air tanks, compressors, valves, automatic control devices, maximum and minimumwater level in the draft tube, etc.6)If applicable, description of the coupling type between pump shaft and motor-generator shaftand of the synchronizing arrangement.7)Control and servo systems.Description of type and control system of the main valve, the distributor and the movableblade impeller (as applicable) as well as closing and opening laws for the main valve, thewicket-gates and impeller blades.Characteristics of the fluids for the control system, filter specifications and information onpurification frequency and method.8)Speed and pressure variations at various operating heads under transient conditions. Maxi-mum steady-state reversed runaway speed, maximum momentary reversed runaway speed.9)Minimum continuous operating speed for initial run (depending on design of thrust bearing andother bearings).10)Description of lubrication systems, stating amount and characteristics of lubricants and fre-quency of replacement.11)If applicable, data on jacking system for rotating parts and time after shut-down for a re-startwithout operating the jacking system.12)Speed limit below which operation of the thrust-bearing oil injection system is necessary.13)If applicable, maximum and minimum speeds for brake operation.14)Intermediate oil levels and pressures at which pumps and compressors should be started oralarms given; also data for automatic signalling and emergency devices.15)Maximum and minimum temperatures in bearings, seals and in the pressure oil or fluid circuits(alarm and shut-down values).16)Maximum and minimum pressures, flows and levels in oil or fluid pressure systems andbearings, according to control system (alarm and shut-down values).17)Maximum and minimum pressures and flows in coolers (alarm and shut-down values).18)Maximum water levels in drainage pits (alarm and shut-down values).19)Data for electric motors, pumps, and other accessories.20)Safety instructions for test and operating staff.21)Other data of importance which are considered necessary by either purchaser or manufacturerfor safe operation of the equipment or for instruction of personnel.Some of this information may be required already for other modes of operation of the hydraulicmachine.3.3 The manufacturer(s) shall give appropriate instruction to the purchaser's staff and provide theinformation stated in Sub-clause 3.2 on operating the equipment during the final stage of erection,initial run, test runs and test service particularly for all items not previously used by the pur-chaser.During the final stage of erection, the start, the test runs and test service, the purchaser shall makehis staff available to the manufacturer for instruction and training in order that they may be capableof operating properly the machinery and associated equipment.3.4 During the guarantee period, the equipment shall not be operated outside the limits stated in thecontract without agreement with the manufacturer.SIST IEC 60805:1999
805 © IEC 1985— 15 —SECTION TWO — COMMISSIONING4.General4.1 Commissioning occurs after first erection of a new unit. Similar procedures may be utilized with orwithout formal acceptance also after repair or overhaul.4.2 Operating requirements given in Clause 3 shall be complied with during commissioning. If operatingcircumstances of the power station prevent commissioning within these requirements, the pur-chaser and manufacturer should agree on the commissioning procedure.4.3 It will be advantageous for correct interpretation and determination of the causes of any unexpectedphenomena, to make simultaneous recordings of significant parameters (such as pressure in spiraland draft tube, openings of control mechanisms, speed, displacement and vibration of shaft, wicket-gates and covers, and possibly power, forces on bearings, pressures in servo-motors, etc.) onrecording instruments. These should be in operation during the initial run and onwards. Eachrecording shall have a time and date registration.4.4 It is the purchaser's responsibility to obtain from all the authorities concerned, agreements onspecified conditions (flow, grid, etc.) for test operation.5.Test co-ordinatorUnless otherwise specified, a test co-ordinator shall be chosen by the purchaser, the main con-tractors, and the manufacturers. He shall be in charge of drawing up the programme of commis-sioning. His programme shall be checked and approved by the purchaser, the main manufacturersand contractors before and during the tests if changes appear to be necessary. He shall conduct thetests and check the results.The test co-ordinator is responsible for the execution of all tests up to the beginning of the testservice period. Operating and commissioning personnel shall report to the co-ordinator on alloperations performed on the equipme
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ISO/IEC 29341-9-13
Edition 1.0 2008-11
INTERNATIONAL
STANDARD
Information technology – UPnP Device Architecture –
Part 9-13: Imaging Device Control Protocol – Scan Service
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ISO/IEC 29341-9-13
Edition 1.0 2008-11
INTERNATIONAL
STANDARD
Information technology – UPnP Device Architecture –
Part 9-13: Imaging Device Control Protocol – Scan Service
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
PRICE CODE
S
ICS 35.200 ISBN 978-2-88910-897-8
– 2 – 29341-9-13 © ISO/IEC:2008(E)
CONTENTS
FOREWORD .5
ORIGINAL UPNP DOCUMENTS (informative) .7
1 Overview and Scope .9
2 Service Modeling Definitions .10
2.1 ServiceType .10
2.2 State Variables.10
2.2.1 JobName.11
2.2.2 FailureCode .11
2.2.3 State.12
2.2.4 StateReason .12
2.2.5 ImageFormat.12
2.2.6 CompressionFactor.12
2.2.7 ImageType .12
2.2.8 Color Type and BitDepth.13
2.2.9 ColorSpace .14
2.2.10 UseFeeder .14
2.2.11 BaseName .14
2.2.12 AppendSideNumber.14
2.2.13 SideCount .15
2.2.14 SideNumber .15
2.2.15 Destination .15
2.2.16 Resolution .15
2.2.17 ScanLength.15
2.2.18 DeviceID .16
2.2.19 HeightLimit, WidthLimit, XValueLimit, YValueLimit .16
2.2.20 Timeout .17
2.2.21 ErrorTimeout .17
2.2.22 RegistrationID .17
2.2.23 JobID.18
2.2.24 DestinationID .18
2.3 Eventing and Moderation .19
2.4 Action Set.20
2.4.1 (Void) StartScan(RegistrationIDIn, UseFeederIn, SideCountIn, JobNameIn,
ResolutionIn, ImageXOffsetIn, ImageYOffsetIn, ImageWidthIn, ImageHeightIn,
ImageFormatIn, CompressionFactorIn, ImageTypeIn, ColorTypeIn, BitDepthIn, ColorSpaceIn,
BaseNameIn, AppendSideNumberIn, TimeoutIn, ActualTimeoutOut, JobIDOut,
ActualWidthOut, ActualHeightOut ).21
2.4.2 (Void) Start(JobIDIn, UseFeederIn, SideCountIn) .22
2.4.3 (Void) Stop(JobIDIn) .23
2.4.4 (Void) Abort(JobIDIn).23
2.4.5 (Void) SetConfiguration(JobIDIn, JobNameIn, ResolutionIn, ImageXOffsetIn,
ImageYOffsetIn, ImageWidthIn, ImageHeightIn, ImageFormatIn, CompressionFactorIn,
ImageTypeIn, ColorTypeIn, BitDepthIn, ColorSpaceIn, BaseNameIn, AppendSideNumberIn,
TimeoutIn, ActualTimeoutOut, ActualWidthOut, ActualHeightOut).24
2.4.6 (Void) GetConfiguration(JobNameOut, ResolutionOut, ImageXOffsetOut,
ImageYOffsetOut, ImageWidthOut, ImageHeightOut, ImageFormatOut,
CompressionFactorOut, ImageTypeOut, ColorTypeOut, BitDepthOut, ColorSpaceOut,
BaseNameOut, AppendSideNumberOut, TimeoutOut) .26
2.4.7 (Void) GetSideInformation(SideNumberOut, SideCountOut, ScanLengthOut) .26
2.4.8 (Void) GetDestination( JobIDIn, DestinationOut, DestinationIDOut ).27
2.4.9 (Void) GetState( StateOut, StateReasonOut, FailureCodeOut ).27
2.4.10 Common Error Codes.28
2.5 Theory of Operation .29
29341-9-13 © ISO/IEC:2008(E) – 3 –
2.5.1 Sheet Size and Image Area .29
2.5.2 Flow Example: Feeder-less, Button-less Scan Operation with Pull Image Transfer .30
2.5.3 Flow Example: Feeder-less Scan Operation with Pull Image Transfer .31
2.5.4 Flow Example: Feeder-less Scan Operation with Push Image Transfer .31
2.5.5 Flow Example: Scan Operation with Feeder and Pull Image Transfer.32
2.5.6 Flow Example: Scan Operation with Feeder and Push Image Transfer.32
2.5.7 Scanner Timeouts and Feeder Interactions.33
2.5.8 Scanner Buffer Functionality.37
2.5.9 Using XHTML-Print To Send An Image Directly To A Printer.37
2.5.10 BaseName, SideNumber, AppendSideNumber and Destination.37
2.5.11 Relationship between the Scan Service and the Feeder Service .38
2.5.12 Relationship between the Scan Service and the ExternalActivity Service .39
2.5.13 Extending Scanner Functionality.39
3 XML Service Template for Scan:1.0 .40
4 Testing.51
4.1 Syntax Testing.51
4.1.1 Issues.51
4.1.2 StartScan Syntax Test .51
Annex A (informative) Scan to Print using Multipart MIME .52
– 4 – 29341-9-13 © ISO/IEC:2008(E)
LIST OF TABLES
Table 1: State Variables .10
Table 1.1: allowedValueList for FailureCode.11
Table 1.2: allowedValueList for ImageFormat.12
Table 1.3: allowedValueList for ImageType.13
Table 1.4: allowedValueList for ColorType .13
Table 1.5: allowedValueList for BitDepth.13
Table 1.6: Common Pixel Description Values .13
Table 1.7: allowedValueList for ColorSpace.14
Table 1.8: allowedValueList for UseFeeder.14
Table 1.9: allowedValueList for BaseName.14
Table 1.10: allowedValueList for AppendSideNumber .14
Table 1.11: allowedValueRange for SideCount.15
Table 1.12: allowedValueList for SideNumber.15
Table 1.13: allowedValueList for Resolution.15
Table 1.14: allowedValueRange for ScanLength .15
Table 1.15: allowedValueRange for HeightLimit.16
Table 1.16: allowedValueRange for WidthLimit.16
Table 1.17: allowedValueRange for XValueLimit .17
Table 1.18: allowedValueRange for YValueLimit .17
Table 1.19: allowedValueRange for Timeout .17
Table 2: Event Moderation.19
Table 3: Actions.20
Table 4: Arguments for StartScan .21
Table 5: Argumen
...
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