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TB 10423-2014: Standard for Constructional Quality Acceptance of Railway Station and Yard Engineering Delivery: 9 seconds. True-PDF full-copy in English & invoice will be downloaded + auto-delivered via email. See step-by-step procedure Status: Obsolete TB 10423: Historical versions
TB 10423-2014: Standard for Constructional Quality Acceptance of Railway Station and Yard Engineering---This is an excerpt. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.), auto-downloaded/delivered in 9 seconds, can be purchased online: https://www.ChineseStandard.net/PDF.aspx/TB10423-2014 TB INDUSTRY STANDARD OF THE PEOPLE’S REPUBLIC OF CHINA UDC J 1827-2014 Standard for constructional quality acceptance of railway station and yard engineering Issued on: MAY 07, 2014 Implemented on: AUGUST 01, 2014 Issued by. Ministry of Railway of PRC Table of ContentsForeword... 9 1 General provisions... 12 2 Terms... 14 3 Basic provisions... 17 3.1 General provisions... 17 3.2 Division of engineering construction quality acceptance... 19 3.3 Engineering construction quality acceptance... 24 3.4 Procedures and organizations of engineering construction quality acceptance ... 26 4 Subgrade waterproof and drainage... 30 4.1 General provisions... 30 4.2 Drainage blind ditch... 31 4.3 Drainage pipeline... 32 4.4 Drainage trench... 34 4.5 Well chamber and water collection well... 35 4.6 Side ditch and drainage ditch... 37 4.7 Gutter and intercepting ditch... 38 4.8 Drop and torrent ditch... 39 4.9 Water collecting pool... 40 4.10 Drainage system connection... 41 5 Station road... 41 5.1 Station road subgrade filling... 41 5.2 Subbase layer and cushion... 43 5.3 Base layer... 46 5.4 Cement concrete pavement surface layer... 48 5.5 Asphalt concrete surface layer and asphalt macadam (gravel) surface layer.. 50 5.6 Asphalt penetration pavement... 53 5.7 Asphalt surface treatment pavement... 54 5.8 Clay bond (graded) macadam (gravel) pavement... 56 5.9 Curbs... 57 5.10 Horizontal corridor pavement... 58 5.11 Road signs... 60 5.12 Road guardrail... 61 5.13 Clearance limit portal and frame... 62 5.14 Protection pier and protection wall... 64 6 Tunnel... 66 6.1 General Provisions... 66 6.2 Tunnel plastering... 66 6.3 Veneer (bricks)... 68 6.4 Ceiling decoration... 70 6.5 Entrance and exit steps and ramp walkways... 71 6.6 Tunnel drainage... 73 7 Pedestrian overpass... 74 7.1 General Provisions... 74 7.2 Foundation... 75 7.3 Concrete structure cast-in-place and precast components... 76 7.4 Concrete component installation... 78 7.5 Steel structural member fabrication... 80 7.6 Steel structure welding... 80 7.7 Steel structure bolt connection... 82 7.8 Support... 84 7.9 Steel structure coating... 85 7.10 Overpass canopy... 86 7.11 Overpass railing... 87 7.12 Veneer (bricks)... 89 8 Platform... 89 8.1 General provisions... 89 8.2 Platform wall foundation... 90 8.3 Prefabricated assembly concrete platform wall... 90 8.4 Masonry platform wall... 93 8.5 Cast-in-place concrete platform wall... 94 8.6 Platform filling... 95 8.7 Concrete platform surface... 96 8.8 Block pavement platform surface... 97 8.9 Platform wall acoustic panel... 98 8.10 Platform auxiliary facilities... 100 9 Canopy... 102 9.1 General provisions... 102 9.2 Foundation... 102 9.3 Concrete structures (components)... 103 9.4 Decoration... 105 9.5 Concrete component installation... 106 9.6 Steel structural member production... 106 9.7 Steel structure welding... 107 9.8 Steel structure bolt connection... 107 9.9 Steel structure coating... 108 9.10 Canopy cover... 108 10 Container and cargo yard... 109 10.1 General provisions... 109 10.2 Cushion... 109 10.3 Base layer... 109 10.4 Cast-in-place concrete surface layer... 109 10.5 Interlocking block pavement... 110 10.6 Cast-in-place concrete bar beam... 112 11 Acoustic (wind) barrier... 113 11.1 General provisions... 113 11.2 Foundation... 113 11.3 Component installation... 116 12 Fence and wall... 118 12.1 Fence... 118 12.2 Walls... 120 13 Lamppost, lighthouse, light bridge... 121 13.1 General provisions... 121 13.2 Lamppost, lighthouse, light bridge foundation... 122 13.3 Lamppost, lighthouse, light bridge installation... 123 14 Gravity loading storage and hopper bin... 126 14.1 Foundations... 126 14.2 Warehouse body... 126 15 Static sign... 127 15.1 General provisions... 127 15.2 Static sign installation... 128 16 Integrated pipe trench... 130 16.1 General provisions... 130 16.2 Pipe trench foundation... 131 16.3 Pipe trench construction... 132 16.4 Well chamber... 133 17 Stopper and speed control device... 135 17.1 Stopper... 135 17.2 Speed control device... 137 18 Other structures of station yard... 138 18.1 Crane walking track... 138 18.2 Inspection pit... 140 18.3 Equipment foundation... 142 19 Comprehensive quality assessment of station yard engineering... 145 19.1 Unit-engineering Quality Control Data Verification... 145 19.2 Unit-engineering physical quality and main function inspection... 146 19.3 Unit-engineering appearance quality assessment... 148 Wording descriptions of this code... 154ForewordThis standard is compiled in accordance with the requirements of “Notice on issuing the compilation plan of railway engineering construction standards in 2009” (TJSH [2009] No.34), based on the “Standard for constructional quality acceptance of railway station and yard engineering” (TB 10423-2003), well absorbing the construction and operation experiences of such high speed railways as Beijing - Tianjin, Wuhan - Guangzhou, Zhengzhou - Xi’an, Hefei - Nanjing, Hefei - Wuhan, Shijiazhuang - Taiyuan, etc., as well as the speed-up work experience of such railways as Beijing - Guangzhou, Hangzhou - Zhuzhou, Jiaozhou - Ji’nan, Zhengzhou - Xuzhou, etc. This standard is used in conjunction with in line with the “Standard for constructional quality acceptance of railway concrete engineering” (TB 10424), “Standard for constructional quality acceptance of railway subgrade engineering” (TB 10414), “Standard for constructional quality acceptance of railway bridge and culvert engineering” (TB 10415), “Standard for constructional quality acceptance of high-speed railway earth structure engineering” (TB 10751), “Standard for constructional quality acceptance of high-speed railway bridge and culvert engineering” (TB 10752). The standard consists of 19 clauses, the main contents include. general provisions, terms, basic provisions, subgrade waterproof and drainage, road of railway station an yard, tunnel, pedestrian overpass, platform, canopy, container and cargo yard, acoustic/wind fencing, fences and wall, lamppost lighthouse and lamp bridge, gravity loading bin and hopper bin, static sign, integrated pipe ditch, stopper and speed control device, other structures of station yard, comprehensive quality evaluation of station yard engineering. The main content of this revision is as follows. 1.The scope of application covers the construction acceptance of newly built or reconstructed standard gauge station yard engineering of high-speed railway, passenger dedicated line and passenger and freight shared line railway. 2.In clause 5 “Road of railway station and yard”, ADD the “clearance limit portal and frame” and the “protection plinth”, UNIFY the construction criteria, to ensure operational safety. 3.In clause 7 “Pedestrian overpass”, ADD “overpass canopy” and “veneer (brick)”, to form a comprehensive overall criterion for the construction acceptance of pedestrian overpass. 4.ADD clause 10 “Containers and cargo yard”, mainly including the construction acceptance technical requirements for the cushion, base of container and cargo yard, to unify the acceptance criteria for the railway station yard. 5.ADD clause 11 “Acoustic/wind barrier”, mainly including the construction acceptance requirements for the acoustic/wind barrier foundation raw materials, pile foundation bearing capacity, embedded parts, and pile foundation allowable deviation, as well as the acceptance criteria for the installation quality and a... ......Source: Above contents are excerpted from the full-copy PDF -- translated/reviewed by: www.ChineseStandard.net / Wayne Zheng et al. |
