(JP10065191-A)      The method involves arranging an upper surface coating material, a second filler and a rear side first filler sequentially. The above arrangement is subjected to vacuumisation at the rear side of the first filler. After completion of the lamination process a stacking apparatus performs piling of a set of lamination jigs (201) perpendicularly.    After accumulation of the lamination jigs, vacuumisation and heating process are performed after which the accumulated jigs are isolated into individual ones, using a shipping and discharging apparatus. Finally the lamination material is ejected.    ADVANTAGE -   Improves utilisation efficiency of vacuum lamination jig.    (JP10065199-A)      Vacuum lamination system has a number of vacuum applying assemblies (101 to 114) each of which has a lower support member (101) and a top cover sheet (102) between which the device to be laminated, sandwiched between upper and low filler sheets, is placed to be subjected to vacuum applied through a pipe (103) prior to applying heat to the assembly. The vacuum applying assemblies are stacked vertically prior to subjecting the assemblies to vacuum and heat, before the stack is dis-assembled and the sealed products taken out from the assemblies. Also claimed are the systems in which a number of stacks are cycled between loading, vacuum applying, heating, and unloading stations in succession; an apparatus for the vacuum laminating system as above in which the support member (101) is a steel plate with a vacuum pipe (103) arranged in a loop on and connected by intermittent welds to its surface, with perforations through the pipe wall at the inner circumference of the loop, and with a sealant sealing the junction between the pipe and the plate; and a process for vacuum laminating a stacked body using the apparatus.    USE -   Particularly in the mass production of solar cell modules.    ADVANTAGE -   Vacuum piping is firmly fixed and sealed to the support plate to provide a strong, durable, apparatus which requires no excessive care in handling. The apparatus is operable at high efficiency .    (US5993582-A)      Vacuum lamination system has a number of vacuum applying assemblies (101 to 114) each of which has a lower support member (101) and a top cover sheet (102) between which the device to be laminated, sandwiched between upper and low filler sheets, is placed to be subjected to vacuum applied through a pipe (103) prior to applying heat to the assembly. The vacuum applying assemblies are stacked vertically prior to subjecting the assemblies to vacuum and heat, before the stack is dis-assembled and the sealed products taken out from the assemblies. Also claimed are the systems in which a number of stacks are cycled between loading, vacuum applying, heating, and unloading stations in succession; an apparatus for the vacuum laminating system as above in which the support member (101) is a steel plate with a vacuum pipe (103) arranged in a loop on and connected by intermittent welds to its surface, with perforations through the pipe wall at the inner circumference of the loop, and with a sealant sealing the junction between the pipe and the plate; and a process for vacuum laminating a stacked body using the apparatus.    USE -   Particularly in the mass production of solar cell modules.    ADVANTAGE -   Vacuum piping is firmly fixed and sealed to the support plate to provide a strong, durable, apparatus which requires no excessive care in handling. The apparatus is operable at high efficiency .    (US6241839-B1)      Vacuum lamination system has a number of vacuum applying assemblies (101 to 114) each of which has a lower support member (101) and a top cover sheet (102) between which the device to be laminated, sandwiched between upper and low filler sheets, is placed to be subjected to vacuum applied through a pipe (103) prior to applying heat to the assembly. The vacuum applying assemblies are stacked vertically prior to subjecting the assemblies to vacuum and heat, before the stack is dis-assembled and the sealed products taken out from the assemblies. Also claimed are the systems in which a number of stacks are cycled between loading, vacuum applying, heating, and unloading stations in succession; an apparatus for the vacuum laminating system as above in which the support member (101) is a steel plate with a vacuum pipe (103) arranged in a loop on and connected by intermittent welds to its surface, with perforations through the pipe wall at the inner circumference of the loop, and with a sealant sealing the junction between the pipe and the plate; and a process for vacuum laminating a stacked body using the apparatus.    USE -   Particularly in the mass production of solar cell modules.    ADVANTAGE -   Vacuum piping is firmly fixed and sealed to the support plate to provide a strong, durable, apparatus which requires no excessive care in handling. The apparatus is operable at high efficiency .