Prefabricated Building Components and Assembly Equipments

Abstract

This continuing present patent offers the “repeat at will” built-in on/off vacuum effect after installed at site, coordinating with the forced fluid to create a window treatment effect, and as well as being able to provide the three stages insulation value at the same time. The other parts of this continued patent are supplementation of additional claims and to complete and improve the parent patent regarding energy conservation for buildings. It offers more efficient ways of constructing energy efficient buildings for residential, commercial and industrial use.

46 . the configuration & the formation & the methodology & the utilization of the double pane un-obscured all glass VIP incorporated with a programmable mechanical apparatus utilizing a heat exchanger able to facilitate the “repeat at will” pressurized vacuum process performing filling and retrieval functionality of active forced thermal “coloured” fluids to achieve “on & off” vacuum insulation generating a two stage insulation value and automated/manual temperature regulating process and create a combined vacuum & active forced thermal fluids window treatment system. 
   
   
       47 . the configuration & the formation & the methodology & the utilization of the triple pane un-obscured all glass VIP panels having a dual body with dual cavity incorporated with a programmable mechanical apparatus utilizing a heat exchanger able to facilitate the “repeat at will” pressurized vacuum process performing filling and retrieval functionality of the active thermal forced coloured fluid to achieve vacuum effects generating a three stage insulation value with automated/manual temperature regulating process and creates a simultaneously functioning “permanent” & “repeat at will” vacuum conditions along with the active forced thermal fluids window treatment system;
 a) the functionality of any double and/or triple pane un-obscure or obscure all glass VIP utilizing “coloured” fluid or fluids as customizable window treatment and/or for window insulation with or without vacuum process or condition;   b) any glass VIP filled with active forced thermal “coloured” fluids being used to block Ultra Violet light and being used as window insulation;   c) the functionality of active forced thermal fluid used in glass panels within any window structures for insulation and regulating temperatures is in either vacuum condition or non-vacuum condition;   d) any active forced thermal fluid being used in panels within wall structures for insulation and regulating temperatures is either in vacuum condition or in non-vacuum condition;   e) the un-obscure & obscure glass VIP to be utilized as insert-member within door structure for improving insulation;   f) the methodology of utilizing the active forced thermal fluid to achieve “repeat at will” vacuum condition and/or to regulating temperature for insulation purposes in large wall structures not limited to the type of materials to be used.   
   
   
       48 . the composite insulated building components and assembly equipments (recited in claim  1 ,  31 ,  33 ,  36 , &  38 ) in the parent application in conjunction with the active thermal forced air system to claim the combination and the interaction of the configuration & the formation & the methodology & the utilization of the vertical and horizontal boxed-out space system able to accommodate and relocate the climate control unit and the electrical panel and wiring and the water/plumbing system all are to be housed and consolidated within the insulated space of the boxed-out system created and raised from the foundation in the basement facilitated to yield more desirable development space to reduce and or to eliminate obstructions associated with the conventional cumbersome heating & ducting system and to simplify the plumbing routes and to facilitate at least one active thermal forced air to travel more effectively in the active thermal forced air system in and around the multi-level structure of buildings;
 a) the outward and inward active forced air circulation insulated ducting systems facilitating for at least one in-wall active thermal forced air cavity which extends its way and connects vertically and or horizontally to all composite wall panels and in floors and ceilings by way of traveling through created openings or passages or cavities and or channels “to and from” the climate control unit particularly in the boxed-out space;   b) the active thermal forced air paths that travel vertically and horizontally through channels or openings or cavities or passages or piping systems created within a concrete slab floor to provide in-slab heating without utilizing any form of liquid “to and from” the climate control unit particularly in the boxed-out space;   c) the combination and the interaction of the method and formation and configuration and usage of the active thermal forced air system in this present invention which is to be used to circulate active thermal forced air in cavities; passages; channels; openings; piping; and tubing; and is not limited to the types of materials to be used and the function(s) to be utilized for any purpose of regulating hot or cold climate control in ceilings and walls; activating thermal forced air for all in-floor heating and forced air window insulation and forced air window curtain for defrosting;   d) the active thermal forced air system combines with the in-active cavity system in the parent application and this present invention and which is not limited to a single cavity and applies to plural cavities of multiple forced air flows; and is not limited by specific or certain temperature degree settings within walls; ceilings or floors whether positioned in single or in plural form & configured close to the interior or exterior side of walls of residential or commercial/industrial buildings for the purpose of regulating temperatures and/or climate controls and the formation; creation; configuration and pattern of the space of the cavity or cavities with the materials being used are not to be limited with rigid foam; and such width of cavity spaces are not to be limited to specific depending on application;   e) the active thermal forced air system in this present invention therein not to be limited the pattern of the active thermal forced air path movements either in the pattern of horizontal and vertical or in the combined patterns of horizontal and vertical within walls & in ceilings & in all types of floors;   f) the method; formation; configuration and usage of the vertical & horizontal boxed-out spaces aligned horizontally at 90 degrees against along with floor joists facilitates the effective arrangement of laying & installing & directing pipes or tubes; water lines and electrical wiring to appropriate positions via between floor joists and facilitates the active thermal forced air travel through the claimed void spaces (cited in claim  10 . in the parent application) which are underneath the sub-floor and between floor joists.   
   
   
       49 . the combination and the interaction of the configuration & the formation & the methodology & the utilization of the active thermal forced air circulation system in direct conjunction with the corrugated metal components to be used in ceilings, & floors & wall structures of which the “void” spaces on one side or on both sides of the corrugated configuration to be utilized as the active thermal forced air path transforming into a 3 stages composite insulation structure comprises a dual corrugated forced air path sandwiched the corrugated metal member to be utilized as a “heat sink” and not to be limited on any walls & floors corrugated structures for commercial and or industrial buildings for the purposes of regulating temperature and or for climate controls. 
   
   
       50 . the combination and the interaction of the configuration & the formation & the methodology & the utilization of the active thermal forced air system applies directly to the roof line underneath the roof sheathing wherein composite insulated rigid foam panels created in between the foam members having at least one active forced air cavity/passage at one end connected 90 degree against with the openings on the side of an elongated central channel gathering and allowing all forced airs channeled from said multiple composite insulated rigid foam panels flow into the cavity of said openings of the elongated central channel to be dissipated and be redirected for the purposes of regulating the temperature and or for climate controls.