Page 312 - Industrial Cutting of Textile Materials
P. 312

Index                                                             299

               manual processing, 257–258       face to face, 270, 271f
               matched checked pattern, 255, 256f  manual, 2
               spreading and cutting, 255–256   narrow lace, 271–272
             semiautomated                      workstation placement, 180, 181f
               Bow&Skew option, 264, 264f         fabric feeding and loading, 184–186
               design image generation, 261       holding tables, 182–184, 182f
               digital printing, 262–263          transfer tables, 184, 184f
               fiducial marks, 263             Spreading speed, 2–3
               grid representing fabric pattern, 263  Spreading table, 29, 30f, 74–75
               overhead projection, 260         manual spreading, 47, 48f
               pattern scanning, 261, 262f     Spread length
           Single-pressure systems, 198         fabric spreading, 32
           Small-sized round-knife cutting machines,   manual spreading, 51
                 107–108                       Standalone lasers
           Splice marks, 47                     plotters, 172
           Spread data, manual spreading, 47, 48f  single galvanometric laser, 172–173
           Spreading machines                  Stand-off distance, 162
             emergency stops, 73–74            Static table single-ply cutting system, 124,
             folded fabric processing, 75           124f, 145–146
             for knitted fabrics, 63           Stationary fabric feeding systems, 79–80
             mixed feeding systems, 63, 80–81   advantages, 80
             movable feeding systems, 63        disadvantages, 80
             ply counter, 73                   Step spreads, 273, 273f
             spreading tables, 74f              marker, 38, 39f
             stationary feeding systems, 63     spreading, 38, 39f
             for technical textiles, 63        Straight knife cutting machine, 99f, 103, 103f
             tubular fabrics, 76                base plate and rollers, 103
             for woven fabrics, 62              disadvantages, 104
           Spreading modes                      electrical cable, 103
             automated spreading process        knife sharpener, 103
               face to face in both directions (zig–zag),   presser foot, 103
                 83, 83f                        safety devices, 103–104
               face to face in one direction, 82–83, 83f  Strike back/strike through, adhesive resins,
               face up/down in both directions, 82, 83f  200–201
               face up/down in one direction, 82, 82f  Striped pattern marker-making
             fabric spreading                   basic principles, 215, 216f
               face down in single direction, 35, 35f  cross directional stripes, 221–223
               face to face in both directions, 35–36, 36f  initial marker, 220
               face to face in single direction, 35–36, 36f  lengthwise direction, 216–219
               face up in both directions, 34–35, 35f  oblique placement, 223–224
               face up in single direction, 34, 34f  Symmetrical checks, 231, 231f
             manual spreading                  Symmetrical striped fabrics, 221
               face down in single direction, 53, 54f
               face to face in both directions, 55, 55–56f  T
               face to face in single direction, 55, 55f  Technical textiles
               face up in both directions, 54, 54f  cutting table, 145–146
               face up in one direction, 53, 54f  cutting tools, 146–148
           Spreading process, 2                 processing with different qualities,
             automated, 2–3                         148–149
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