FR2885374A1 - Construction for e.g. garage, has upper and lower plates and beams, where plates and beams are made of plastification and aluminum, and beams have reheating/cooling system with radiators in closed circuits filled with salted water - Google Patents

Abstract

The construction has upper and lower plates (1), and beams (5A) for a wall, where the plates and the beams are made of plastification and aluminum. The beams have a reheating or cooling system to reheat or cool the wall and a floor. The system has radiators in closed circuits filled with salted water. The plates have two spacers for assembling the beams, where the spacers fixed with transversal pins. Independent claims are also included for the following: (1) a house model without insulated storey formed by a construction (2) a house model with a mezzanine formed by a construction (3) a small swimming pool model formed by a construction (4) a veranda model formed by a construction (5) a garage model without storey formed by a construction (6) a dwelling house model without storey formed by a construction (7) a garden cottage model or small garage formed by a construction (8) a mobile home model formed by a construction (9) a kitchen furniture or bathroom model formed by a construction.

Description

- 1 - a - 14 -

CEMAD

  the red, represents the roof the black, represents the universe the yellow, represents the walls the blue, represents the sky the green, represents the surface of the earth the gray, represents the earth the black, represents the universe the blue, represents the sky red, represents the roof yellow, represents the walls the gray, represents the earth the green, represents the surface of the earth Identification: business cards, letterheads, signs, etc ... Property of LANGRY philippe (Dite Cendrine) LANGRY christelle, LANGRY virginia, LANGRY cyril.

  Buildings in plastics and aluminum - without floor or with a half floor and attic with white floor or tone "stone" or wood, house, garage, veranda, mobile home, garden shed, small pool - requires minimal outdoor maintenance by simply washing clear walls, doors and windows with water, and checking the system's saltwater system (6A).

  Constructions in plastics and aluminum, can be modulated on the ground surface and can be enlarged or reduced at any time of existence in these multiple forms. T E + 1 1 U H -1+ L E F I. Plastic and aluminum constructions are easy to build, fast and clean, without waiting for the drying of traditional walls and plasters and without waste of any kind during construction.

  The plastics and aluminum constructions are equipped with the system (6A) for heating or cooling the walls and the floor, with their radiator assemblies in a closed circuit filled with salt water.

  - Exposed walls to the north, south and floors are connected in three different circuits.

  - The water in the circuits is heated or cooled by various natural or technological means, giving a natural thermal barrier, adaptable to the needs of the environment.

  The plastic and aluminum constructions are entirely dismountable in spare parts or dismountable in panels, making them easily movable and transportable, in case of moves or removals due to natural constraints.

  Plastic and aluminum constructions can be installed anywhere in the world.

  The basic mold plastic beams (5) are used to make kitchen furniture boxes, bathrooms and under-bath covers, which do not rot.

  Plastic and aluminum constructions recover and recycle plastic waste of all kinds and are themselves recyclable.

  The same assembly can be replaced by wood and aluminum without the system (6A) or insulated cladding sheets and aluminum profile with the system (6A) modified and mounted in series over the entire height.

  Products and materials used for construction are, sink, washbasins, shower tray, bath, toilet, porcelain or plastics. Gutters and evacuation pipes as well as fasteners are made of plastic - doors, doors, windows, shutters, double shutters, are in plastics.

- Classic taps.

- Electric ball.

  - Copper plumbing connected in dismountable beaten collar.

  - Radiators of conventional electric heaters.

  - Grounding plug, classic card - Water saturated with sea salt.

  - Three low pressure electric pumps.

- Three vases of expansions.

  - Copper pipes of 30 mm diameter x 4000mm in length (6B) Flexible hose straight rubber stil.

  (6C) Flexible hose bent stil rubber. - 3

  (45) Classic ventilation for the interior of the house.

  - Conventional ventilation for recovering air between the wall beams (5A) provided with the system (6A) and the insulation plates (8) and the air between the suspended ceiling (8A) and the insulation plates between trusses (44) and the crawlspace air.

  - The ventilation will expel the air in the roof under no circumstances the air will be expelled in the residential area to prevent mold, fungi and bacteria of all kinds.

  Base aluminum used is,: 20mm sheet of thicknesses and 10mm of thicknesses, and 5mm of thicknesses, and profiles. (1), (2), (3), (4), (5B), (6A), (7), (9), (9A), (10D), (11), (12), (13) ), (14), (15A), (15B), (15C), (15D), (15E), (15F), (16), (17A), (18A), (19), (20), (20A), (21), (21A), (21C).

  (1) Top and bottom aluminum plates accepting corner posts (2A) and rip fence and pre-drilled on both sides, 300 x 300mm x 20mm thick.

  - The lower plates (1) are fixed on foundation or anti seismic base if necessary.

  (2) Triangular aluminum support plates 20mm thick x 80mm x 80mm.

  (3) Aluminum base T-shaped profiles of 140mm wide x 80mm high x 20mm thick x 60mm inner x 4000mm long.

  (4) Aluminum L-shaped base sections of 20mm thick x 60mm inner width x 80mm outer width x 4000mm long.

  (5B) Aluminum framing farm beams, with numbers of two 10mm thick x 3310mm aluminum plates of length x 270mm in width and various plates identical in thickness and width but shorter in lengths.

  (6A) Radiators: pre-drilled aluminum plates of three holes 3Qmm in diameter of 264mm high x 48mm wide x 10mm thick, 500mm spaced in series and assembled by two flat profiles of 5mm thick in up and down for a total height of 274mm over 4000mm in length that can be cut in length to measure, giving bearing and thermal barrier.

  (7) Bearing and aluminum structural truss brackets aluminum plate assembly of 20mm thickness, they are fixed in the center on the aluminum top plates receiving angle (1) posts by two 16mm bolts of diameter in step of 125.

  (9) Suspended flat aluminum ceiling brackets 20mm thick x 140mm wide x 3820mm long bent at the ends rising 115mm high fixed at the ends by a bolt of 16mm diameter at 125 pitch on the beam profile high (4A).

  (9A Suspended suspended ceiling hangers of 500mm this height in number of six hangers per suspended ceiling support (9).

  (10D) Angles 20mm wide x 4000mrn in length fixed at the top and bottom by a bolt of 7mm diameter in 100 steps.

  (11) Perforated aluminum sill and floor plates 2570mm long x 290mm wide x 5mm thick.

  - Be careful with the mounting bracket of the aluminum sill plate protruding from the plastic sill plate (11).

  (12) Aluminum truss ridge stars, with their aluminum plates inserted inside and protruding at ends of 400mm in length x 274mm in width of 10mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (13) Aluminum frame frogs, with their aluminum plates inserted inside protruding at ends of 400mm in length x 274mm in width of 10mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (14) Lower central inverted framing tees, with their aluminum plates inserted inside protruding at ends of 400 mm in length x 274mm in width of 10 mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (15A) Perforated aluminum tile plates for strengthening and rigidity of plastic tile plates (15) 5mm thick x 1222mm wide including 127mm lap x 1180mm high bent to the model.

  (15B) Perforated aluminum profiles retaining slabs of tiles (15) to battens (21) of 100mm wide x 35mm high x 950mm in length, it is fixed to the plate of perforated aluminum tiles (15A), ( see illustration (15A) and (15B) on the plan).

  (15C) Perforated aluminum profiles serving as support for tile plates (15) resting on truss plastics (5Ç) and (5M) and (5N) and (5P) trusses of 100mm width x 40mm in height x 950mm in length, it is attached to the perforated aluminum tile plate (15A), (see illustration (15A) and (15C) on the plan).

  (15D) Perforated aluminum profiles retaining tile plates (15) to battens (21) of 100mm wide x 60mm high x 950mm in length, it is attached to perforated aluminum tile plate (15A), ( see illustration (15A) and (15D) on the plan).

  (15E) Perforated aluminum profiles for joining together the tiles tiles (15) of 60mm wide x 50mm high x 950mm long, it is fixed on the plate of perforated aluminum tiles (15A), (see illustration (15A) and (15E) on the plane).

  (15F) Hooks in galvanized aluminum retained from the tile plates (15), they are hooked on (15B) and (15D) and surround the battens (21), and re-hung on (15B) and (15D) (see illustration (15B) and (15D) and (21) on the plane). = 6-

  (16) Stainless steel chimney flue 350mm wide x 350mm wide x 3990mm high.

  - Chimney flange support brackets are made with the aluminum base profile (4), the supports surrounding the truss beams (5B) and (5C) are insulated from a heat seal on each side and up and down, (see illustration (16) on the front and back planes of supports and chimney flue mounted on its two farms).

  (17A) U-shaped aluminum profiles for supporting crows under crows (13), the two profiles are fixed at the ends under crows (13), 2055mm long x 18mm x 18mm side x 18mm side x 2mm thick.

  (18A) U-shaped aluminum profiles for supporting sloped caches of roof battens (21), the two profiles are fixed at the ends under the slats (21) of 2675mm length x 18mm x 18mm side x 18mm side x 2mm thick.

  (19) Aluminum plate covers, 1280mm long so 170mm cover x 380mm wide x 5mm thick.

  - The attachment of the ridge is located 630mm from the edge with its axis turning down coming to rest on the two battens (21) from the top.

  (20) Edge plates in aluminum plate, 1210mm long so 190mm overlap x on one side 155mm high and on the other side 202mm high x 5mm thick forming a trapezium.

  - They are equipped with their two fasteners in aluminum profiles (21 B) fixed on the aluminum edge plates (20).

  - The aluminum profiles (21 B) are inserted in the aluminum battens profiles (21) and they are held by a pin.

  (20A) Aluminum base mold covers, 1210mm long x 80mm wide x 5mm thick, they are attached to the top edge plates (20) base mold (see illustration (20A) on the plan).

  (21) Triangular profiled aluminum base battens for retaining tile plates (15) and spacing between trusses, 100mm x 100mm x 100mm x 830mm long.

  (21A) Connection of triangular profiled base aluminum strips of 400mm length x 96mm x 96mm x 96mm on the side, they are inserted in halves in triangular profiled aluminum strips (21), they are used to connect between them profiled battens triangular aluminum (21) and they are held by a pin on each side.

  (21C) interlocking keys of aluminum frame trusses of 80mm wide x 110mm high x 5mm thick, they are inserted in the middle of the battens (21) 830mm long and re-entering the beams of (5C) and (5M) and (5N) and (5P) framing trusses.

  Various boulonnerie. : - 16mm diameter bolts at 125 steps.

  - Bolts of 7mm of diameter in the step of 100.

  - Pins of 16mm of diameter x 180mm of length.

  - Clamp or flanged collar rings 30mm in diameter.

  The basic plastics molds used are: (5), (10), (11), (12), (13), (13C), (14), (15), (17), (18), (19), (20), (20A), (23), (29), (39), (42), (43).

  (5) Plasturgical beams base mold white color or tone "stone" or wood, 120mm wide x 290mm high x 4000mm long with a reinforcement in the middle of 8mm thick and on the perimeter.

  (10) Corner plastic molds base mold in white color or tone "stone" or wood, 120mm x 360mm x 360mm x 1: 20mm x 4000mm length x 8mm thick white color or tone "stone".

  (11) Surface sill plates base mold and flooring in flame red plastic with brick pattern 2600mm long x 320mm wide x 50mm thick, with reinforcement of perforated aluminum plate and embedded in the sill (see illustration (11) on the map).

  - Be careful with the mounting bracket of the aluminum sill plate protruding from the plastic sill plate (11).

  (12) Ridge star of plasterboard and aluminum base mold, derived from base molded (5) molded and assembled plastics (see illustration (12) on plan) with their aluminum plates inserted inside and protruding at ends of 400mm in length x 274mm in width of 10mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (13) Structural molded plaster and base molded aluminum cracks from base molded (5) molded and assembled structural girders (see illustration (13) in the plan) with their aluminum plates inserted into the mold inside protruding at ends of 400mm in length x 274mm in width of 10mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (13C) Plasturgical edge boards and gutter support, fixed on frame cracks (13) 200mm high x 20mm thick x 2055mm long.

  (14) Inverted lower central structural steel and aluminum base mold, derived from base and molded base (5) cast plastic beams (see illustration (14) on plan) with their inserted aluminum plates inside exceeding at ends 400 mm long x 274mm wide by 10 mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (15) Plasturgical tile plates and aluminum base mold, imitation small slate red or slate gray tiles of 1258mm width so 127mm overlap in width x 1244mm height including 200mm lap in height x 30mm thick, they are equipped with their four perforated aluminum profile supports (15B) and (15C) and (1W) and (15E).

  - The plates are cut in the diagonal in the valley of the frame, (17) Caches under slope of the crows (13B) of 2055mm length x 395mm width in paneling pvc of 100mm of width x 10mm of thickness, with its cade in aluminum 2055mm long x 395mm wide x 14mm thick, they are inserted and slid into the aluminum profiles (17A).

  (18) Covers under sloping battens (21) of 2675mm in length x 395mm wide in pvc paneling of 100mm in width x 10mm in thickness, with its aluminum cade of 2675mm in length x 395mm in width x 14mm in thickness they are inserted and slid into the aluminum profiles (17A).

  (19) Plastics and aluminum molds base mold of 1320mm dp length so 180mm overlap x 400mm wide x 50mm thick.

  - The attachment of the ridge is 640mm from the edge with its axis turning down coming to rest on the two battens (21) from the top.

  - The ridge end piece of 200mm high x 50mm thick is attached to the ridge (see illustration (19) on the plan) (20) Plastic and aluminum edge plates base mold, 1250mm length so 200mm lap x on one side 175mm high and on the other side 222mm high x 50mm thick forming a trapezium.

  - They are provided with their two fasteners in aluminum profiles (21 B) embedded and fixed in the plastic and aluminum edge plates (20). - The aluminum profiles (21B) are inserted in the aluminum battens profiles (21) and they are held by a pin.

  - The edge cover (20A) 1250mm long x 100mm wide x 50mm thick is fixed above the edge plate (20) (see illustration (20) and (20A) on the plan).

  (20A) Plastic base and aluminum base mold covers, 1250mm long x 100mm wide x 50mm thick, they are fixed to the top of the edge plates (20) base mold (see illustration ( 20A) on the plan).

  (23) Electric plinth or plumbing baseboards 160mm high x 60mm deep x 3600mm long exceeding 10mm of insulation giving baseboards 160mm in height.

  - Inside the plinth three bars of rigid electrical conductors in 5.5 2 insulated 3900mm in length are attached to the bottom of the plinth.

  - Multiple power outlets with 15, 20, 32 amp circuit breakers and multiple light boxes with 10 amp circuit breakers are installed.

  - The current will reach the socket outlets and light boxes by claws stitched into the rigid electrical conductors in 5.5 2 insulated, sharp claws will cross the insulation and coming to tighten on the rigid conductors making them easily moved.

  - A box of connection of the electric conductors in 5.5 2 insulated is placed in the corners.

  (29) Double shutters filled with salt water, consisting of a pvc frame of the same size as a classic pvc shutter panel, they are mounted on the raised hinges of the shutters and independent of conventional shutters, the frame is provided a double glass spaced 10mm open at the top over its entire width, the double glass is filled with salt water and provided with a 4mm diameter copper pipe pierced with small holes spaced 30mm and placed in the bottom of each double shutter, compressed air will be injected into each copper pipe to make small air bubbles upward to oxygenate the water so that it does not get green and does not heat up too much by the summer sun and in order to keep a constant winter temperature in each double flap filled with salt water.

  - The goal is to bring the sun in the summer without darkening the rooms of the house and without heating the room of the house, the heat of the sun will be digested by salt water and in winter it will give an additional thermal barrier .

  (39) Basic plastic kitchen or bathroom furniture models, made from basic molded plastic beams (5) 600mm wide x 560mm deep x 870mm high with their worktop and doors and drawers.

  - Worktops and doors and drawers are customer's choice of 600mm wide x 570mm high and drawer 600mm wide x 120mm high.

  - Coffered furniture can be shortened by 290mm in height years hard for people of small sizes (see the illustration on the map page - $ 1 -).

  (42) Plan of the baseboard under the cabinet kitchen cabinet or bathroom of 160mm height.

  (43) Headband in plastic filling and on elevation of the kitchen window to allow the opening of the window sash without being bothered by the tap of 1370mm length x 90mm high x 50mm thick.

  Isolation (8), (8A), (8B), (44).

  (8) Inner wall insulation boards of 1200mm width x 2450mm height of 100mm of insulation plus 10mm thickness of plaster or plastic, they are provided with their three aluminum profiles (3B) attached to the back of the inner wall insulation plate and their two cross-mounted profiles (3E) giving the squareness of the structure.

  - The insulation plate is shorter at the bottom to receive the electrical plinth or plumbing in 160mm high and 60mm deep exceeding 10mm insulation.

  - At the location where the fireplace will be installed, the three wall insulation plates are fireproof.

  (8A) Suspended ceiling insulation boards 1200mm wide x 1800mm long x 100mm insulation plus 10mm thick plaster or plastic, they are provided with their three aluminum profiles (3C) of 1920mm length fixed on the suspended ceiling insulation boards (8A) of 1800mm length, the three sections will be placed on the suspended ceiling supports (9).

  - At the location where the fireplace will be installed the three suspended ceiling insulation plates are fireproof.

  (8B) Insulation 170mm wide x 170mm deep x 2450mm high inserted in the corners of the wall insulation plates (8).

  (44) 30mm thick framing boards to hold the air supply between the suspended ceiling (8A) and the truss insulation plates (44) ), they are placed on two brackets fixed between the trusses (5B).

  - A ventilation will extract the air contained between (8A) and (44) in the roof, under no circumstances the air will be expelled in the residential part to avoid molds, fungi and bacteria of all kinds.

  Applications and models of basic constructions are: (22), (25), (26), (27), (28), (30), (31), (32), (33), (39) .

  (22) Possible house model with half floor and attic of 8300mm wide x 8000mm high or 8300mm wide x 9700mm high floor insulated with interior wall insulation plates (8) and floor plates suspended ceiling insulation (8A) and system (6) and (6A) for heating or cooling walls and floor.

  (25) Insulated floorless house model with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling walls and 8300mm floor length x 8300mm in length x 7000mm in height, achievable by block of 8300mm of length x 4150mm of width x 7000mm of height, without limits of habitable surfaces to the grounds.

  (26) Small pool model that can be made from 4150mm x 4150mm x 900mm high base plastic beams (5), with system (6) inserted inside for reinforcement and mounting of upper aluminum plates and lower receivers of corner posts (1) as well as corner post profiles (2A) shortened in height and aluminum profiles (4A).

  - Equipped with a waterproofing liner inside, wall heating is possible with the system (6A) of the house.

  (27) Porch or Winter Lounge Model without Floor, Insulated with Interior Wall Insulation Plates (8) and Suspended Ceiling Insulation Plates (8A) and System (6) and (6A) warming or cooling walls and floor, 4150mm wide x 8300mm long x 7000mm high.

  (28) Floorless garage model, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling of walls and floor, 4150mm wide x 8300mm long x 7000mm high.

  - 14 - (30) Basic dwelling house model without floor, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6) 6A) for heating or cooling walls and floor, 4150mm wide x 8300mm long x 7000mm high.

  (31) Garden shed or small garage model, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling walls and floor, 4150mm long x 4150mm long x 5000mm high.

  (32) Mobile home model and plan, insulated with interior wall insulation boards (8) and suspended ceiling insulation boards (8A) and warming or cooling system (6) and (6A) walls and floor, 4150mm wide x 12240mm long x 5000mm high and for advanced L 4150mm long x 4150mm long x 5000mm high.

  (33) House model without a front storey, the back of the house can be made as the front house model (33), insulated with interior wall insulation plates (8) and floor plates. suspended ceiling insulation (8A) and system (6) and (6A) for heating or cooling walls and floor, achievable by block of 8300mm in length x 4150mm in width x 7000mm in height with no limit of living space at soils.

  (39) Basic plastic kitchen or bathroom furniture models, made from plastic base mold girders (5) 600mm wide x 560mm deep x 870mm high with their worktop and doors and drawers.

  - Worktops and doors and drawers are customer's choice of 600mm wide x 570mm high and drawer 600mm wide x 120mm high.

  - The box furniture can be shortened by 290mm in height without difficulty for people of small sizes (see the illustration on the map page -61-).

  -1- a -19-VEttinteAnou) CÉMAD (1) Top and bottom aluminum plates receiving the corner posts (2A) and the wall of the wall and pre-drilled on both sides, 300 x 300mm x 20mm d 'thickness.

  - The lower plates (1) are fixed on foundation or anti seismic base if necessary.

  - The upper aluminum plates (1) receive the load-bearing shoes and the receivers of framing trusses (7).

  (2) Triangular aluminum support plates of 20mm thick x 80mm x 80mm, they are fixed on the ends of aluminum profile corner post (2A) of 3190mm height in total, by 5 bolts BTR countersunk head 8mm in diameter x 50mm in length.

  (2A) Corner posts, aluminum profile (4) base of 3150mm height. - Assembly of triangular support plate elements (2) and

  Angle post (2A) totaling 3190mm in height: they are fixed at the top and bottom by a 16mm diameter bolt at a pitch of 125 on the aluminum plates receiving the corner posts (1); the corner posts (2A) coming to enclose the plastics wall beams (5A).

  (3) Aluminum base T-shaped profiles of 140mm wide x 80mm high x 20mm thick x 60mm inner x 4000mm long.

  (3A) Basic T-shaped (3) aluminum sill profiles, 3860mm in length, are at the perimeter threshold.

  - The threshold profiles (3A) are fixed at the ends on the corner posts (2A) by a bolt of 16mm diameter with a pitch of 125.

  (3B) Fastening profiles for wall insulation boards and aluminum frame carrier (3) base.

  - Three 2760mm high profiles are used per wall insulation board (8), they are attached to the back of the wall insulation board (8) (see illustration (8) and (3B) on the plan); these three profiles are fixed on the profile (4A) beam of the upper carrier of intermediate framework trusses and on the profile (3A) of the threshold by six bolts at the top and six bolts at the bottom of 16mm diameter at the pitch of 125. - - The three profiles (3B) are connected by two flat aluminum profiles (3E) crossed in the diagonal giving the squareness of the structure.

  (3C) Mounting profiles for aluminum suspended ceiling insulation boards (3).

  - Three 1920mm long profiles are used per suspended ceiling insulation board (8A), they are attached to the back of the suspended ceiling insulation board (8A) (see illustration (8A) and (3C) on the plan).

  - The three profiles (3C) are placed on the ceiling supports (9).

  (3D) Support profiles of base (3) aluminum basements, lined and assembled to a length of 5650mm, the assembly will be fixed in the diagonal at the ends at the top on the corner posts (2A), serving as support of valley truss trusses.

  (3E) Aluminum flat profiles with numbers of two per wall insulation board (8), cross-mounted giving squareness of the structure 60mm wide x 10mm thick, they are crossed and fixed in the corners on the three mounting profiles of the wall insulation plates (3B), the three aluminum profiles (3B) are attached to the back of the wall insulation plates (8) (see illustration (8) (3B) (3E) on the plan).

  (4) Aluminum L-shaped base sections of 20mm thick x 60mm inner width x 80mm outer width x 4000mm long.

  (4A) Top Beam Aluminum Profile Profiles (4), 3820mm in length, serving as a carrier for intermediate framing trusses and mounting bracket for Insulation Plate Profiles (3B), used around the top rim , they are fixed at the ends at the top on the corner posts (2A) by a bolt of 16mm diameter at the pitch of 125.

  (4B) Bottom beam profiles of aluminum crawl space (4) basic profile of 3860mm length used on the perimeter at the bottom of the crawl space, they are fixed at the ends on the corner posts (2A) at the bottom of the void sanitary by a bolt of 16mm diameter with a pitch of 125, receiving the vertical reinforcement profiles of the crawl space (4C).

  (4C) Vertical reinforcement profiles of the basic aluminum (4) crawl space (4) of 350mm height, they are located at the level of the crawlspace around the perimeter, connecting the threshold profile (3A) and the beam profile of the bottom of the void sanitary (4B), they are fixed by a bolt at the top and bottom of 16mm of diameter in the step of 125.

  - The first reinforcing profile is fixed at 120mm from the wall beam (5A), the second is spaced 160mm apart to receive the top and bottom (4D) top and bottom support profiles (4C) and the plasturgical floor beam (5) basic; the two profiles are reported at first 557mm and then every 640mm.

  Aluminum base (3820mm) first base lower support profiles (4) and enclosing the base plastics floor beams (5), provided with the heating or cooling system (6A), are attached to the ends high on the vertical reinforcement profiles of the crawl space (4C) by a bolt of 16mm diameter at a pitch of 125.

  - The upper first floor support profiles (4D) are connected to the lower first floor support profiles (4E) by vertical reinforcement profiles of the crawl space (4C) on each side of the floor plastics beams (5). base and spaced 500mm in length.

  Aluminum bottom base (3820mm) lower base support profiles (3820mm), enclosing the base plastics (5) base girders, equipped with the heating or cooling system (6A), are attached to the ends down on the vertical reinforcement profiles of the crawl space (4C) by a bolt of 16mm in diameter at a pitch of 125.

  - Bottom first floor support profiles (4E) are connected to (4D) upper first floor support profiles by means of vertical crawl space reinforcement profiles (4C) on each side of the base floor plastics beams (5) and spaced 500mm in length.

  (4L) Base aluminum windows and profiles (4), 2760mm in length, used as a support frame for doors and windows and enclose wall girders (5A) cut and equipped with a heating or cooling radiator system (6) and (6A), they are fixed at the ends on the upper beam profile (4A) and down on the threshold profile (3A) by a bolt of 16mm diameter with a pitch of 125.

  (5) Plasturgical beams base mold white color or tone "stone" or wood, 120mm wide x 290mm high x 4000mm long with a reinforcement in the middle of 8mm thick and on the perimeter.

  (5A) Plastic wall beams, from the base mold (5) in white or "stone" or wood 120mm wide x 290mm high x 3900mm long with a reinforcement in the middle of 8mm thick and on the periphery, receiving the heating or cooling radiator system (6) and (6A).

  (5B) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" or wood 120mm wide x 290mm high x 3310mm long with a reinforcement in the middle of 8mm thick and around the perimeter, receiving two aluminum plates 10mm thick x 3310mm long x 270mm wide. (4D) (4E)

  (5C) Beams in plastic and aluminum framing farm, from base mold (5) white or tone "stone" 120mm wide x 290mm high x 3990mm long with a reinforcement in the middle of 8mm d thickness and around the perimeter, receiving two aluminum plates 10tnm thick x 3990mm long x 270mm wide.

  (5D) Beams in plasturgy and aluminum framing farm, coming from the base mold (5) white color or tone "stone" of 120mm width x 290mm high x 2200mm long with a reinforcement in the middle of 8mm d thickness and around the perimeter, receiving two aluminum plates of 10mm thick x 2200mm long x 270mm wide.

  (5E) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" 120mm wide x 290mm high x 1900mm long with a reinforcement in the middle of 8mm d thickness and on the periphery, receiving two aluminum plates of 10mm thick x 1900mm long x 270mm wide.

  (5F) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" 120mm wide x 290mm high x 1400mm long with a reinforcement in the middle of 8mm d thickness and on the periphery, receiving two aluminum plates 10 [nm thick x 1400 mm long x 270 mm wide.

  (5G) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" of 120mm wide x 290mm high x 900mm long with a reinforcement in the middle of 8mm d 'thickness and around the perimeter, receiving two aluminum plates of 10mm thick x 900mm long x 270mm wide.

  (5H) Beams in plasturgie and aluminum framing farm, from the base mold (5) white or tone "stone" 120mm wide x 290mm high x 400mm long with a reinforcement in the middle of 8mm d 'thickness and around the perimeter, receiving two aluminum plates of 10mm thick x 400mm long x 270mm wide.

  (5J) Beams in plastic and aluminum framing farm, from base mold (5) white or tone "stone" 120mm wide x 290mm high x 2600mm long with a reinforcement in the middle of 8mm d 'thickness and around the perimeter, receiving two aluminum plates of 10mm thick x 2600mm long x 270mm wide.

  (5K) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" of 120mm wide x 290mm high x 1800mm long with a reinforcement in the middle of 8mm d thickness and on the periphery, receiving two aluminum plates 10mm thick x 1800mm long x 270mm wide.

  (5L) Beams in plasturgy and aluminum framing farm, from base mold (5) white or tone "stone" 120mm wide x 290mm high x 1000mm long with a reinforcement in the middle of 8mm d thickness and on the periphery, receiving two aluminum plates of 10mm thick x 1000mm long x 270mm wide.

  (5M) Beams in plastic and aluminum framing farm, from the base mold (5) white or tone "stone" 120mm wide x 290mm high x 1100mm long with a reinforcement in the middle of 8mm d 'thickness and around the perimeter, receiving two aluminum plates 10mm thick x 1100mm long x 270mm wide.

  (5N) Beams in plastic and aluminum framing farm, from base mold (5) white color or tone "stone" 120mm wide x 290mm high x 2100mm long with a reinforcement in the middle of 8mm d 'thickness and around the perimeter, receiving two aluminum plates of 10mm thick x 2100mm long x 270mm wide.

  (5P) Beams in plastic and aluminum framing farm, from base mold (5) white or tone "stone" 120mm wide x 290mm high x 3100mm long with a reinforcement in the middle of 8mm d thickness and on the periphery, receiving two aluminum plates of 10rpm thick x 3100mm long x 270mm wide.

  (6) Radiators: pre-drilled aluminum plates of three holes 3Qmm in diameter of 264mm high x 48mm wide x 10mm thick, 500mm spaced in series and assembled by two flat profile of 5mm thick in up and down for a total height of 274mm x 4000mm in length that can be cut in length to the measurement, giving bearing and thermal barrier implanted in the plastic beam (5) external side enclosure wall.

  (6A) Radiators: pre-drilled aluminum plates of three 30mm diameter holes 264mm high x 48mm wide x 10mm thick, 500mm spaced in series and assembled by two 5mm thick flat profiles in up and down for a total height of 274mm x 4000mm in length that can be cut in the length to the measurement, giving bearing and thermal barrier implanted in the plastic beam (5) inner side enclosure wall, provided with three hoses 30mm diameter copper x 4000mm length, the copper pipes are connected to each other by flexible rubber hose (6B) and (6C), which are tightened by a clamp or connected in a flanged collar.

  - The copper pipes are connected and assembled in a closed circuit filled with water saturated with sea salt, pulsed with three low pressure pumps, provided with three vases of expansions.

  - The circuit filled with water saturated with sea salt, which can be heated or cooled by various natural or technological means, all inserted into the wall beam (5A) serving as a thermal barrier.

  - The beams in plastic floor can be mounted as well.

  - The north and south facing walls and the floor are connected in three different water circuits, (see the illustration on the page - 3 -).

  (7) Bearing and support brackets of aluminum frame trusses, they are fixed in the center on the aluminum top plates receiving angle posts (1) by two bolts of 16mm in diameter at a pitch of 125.

  - The central lower inverted T of framework (14A) and the cranks of framework (13A) are fixed in the shoes (7) with two transverse pins, (see illustration (7) and (14A and (7) and (13A) on the plan) .

  (8) Inner wall insulation boards of 1200mm width x 2450mm height of 100mm of insulation plus 10mm thickness of plaster or plastic, they are provided with their three aluminum profiles (3B) attached to the back of the inner wall insulation plate and their two cross-mounted profiles (3E) giving the squareness of the structure.

  - The insulation plate is shorter at the bottom to receive the electrical plinth or plumbing in 160mm high and 60mm deep exceeding 10mm insulation.

  - At the location where the fireplace will be installed, the three wall insulation plates are fireproof.

  (8A) Suspended ceiling insulation boards 1200mm wide x 1800mm long x 100mm insulation plus 10mm thick plaster or plastic, they are provided with their three aluminum profiles (3C) of 1920mm length fixed on the suspended ceiling insulation boards (8A) of 1800mm length, the three sections will be placed on the suspended ceiling supports (9).

  - At the location where the fireplace will be installed the three suspended ceiling insulation plates are fireproof.

  (8B) Insulation 170mm wide x 170mm deep x 2450mm high inserted in the corners of the wall insulation plates (8).

  (9) Suspended flat aluminum ceiling brackets 20mm thick x 140mm wide x 3820mm long, bent at the ends rising 115mm high fixed at the ends by a bolt of 16mm diameter at 125 pitch on the beam profile from the top (4A).

  - Three supports (9) are provided: one at both ends and the other at the center of the room is 150mm below the beams plasturgie framing (5B).

  - Six hangers (9A) of 500mm height are attached to the structural beams (5B) and fixed to the suspended ceiling supports (9).

  - The three suspended aluminum ceiling profiles (3C) are placed on (9).

  (9A) Suspended suspended ceiling hangers with a height of 500mm and six hangers per suspended ceiling support (9), are suspended from the structural beams (5B) and fixed to the suspended ceiling support (9).

  - It will be possible to mount them after the ceiling will be mounted accessing through the frame.

  (10) Corner plastic molds base mold in white color or tone "stone" or wood, 120mm x 360mm x 360mm x 120mm x 4000mm length x 8mm thick white color or tone "stone".

  (10A) Straight fitting coverings in plastics of exterior wall corner posts, cut from angle cover in plasturgie base mold (10) in white color or "stone" or wood tone, also used for the trench gutter , having an external shrinkage of 120mm x 360mm x 120mm and two 20mm wide recesses located on each side of the right fitting cover (10A); the two 20mm wide recesses are pinched and held with two angles (10D) to fix the right fitting cover on the outer wall, the two angles are fixed at the top and bottom on the field of the upper and lower aluminum plates receiving posts angle (1) and ridge on the battens (21).

  (10B) Covers for closed angle plastics connection of exterior wall corner posts, cut from angle cover in plastics base mold (10) white color or tone "stone" or wood, with external shrinkage of 120mm x 120mm and two 20mm wide recesses located on each side of the closed corner connector cover (10B); the two 20 mm wide recesses are pinched and held with two angles (10D) to fix the closed corner connection cover on the outer wall, the two angles are fixed at the top and bottom on the field of the aluminum plates upper and lower receiving posts angle (1).

  (10C) Inside and outside panel covers for windows and doors made of plastics, cut from angle cover in plastics base mold (10) white color or tone "stone" or wood, with external shrinkage of 20mm x 120mm x 270mm deep ; they are fixed on the plate and the field of (4L) and come to lodge in a plastic rabbet fixed on the doors and windows.

  (10D) Angle of 20mm width fixed at the top and bottom by a bolt of 7mm in diameter at a pitch of 100 on the field of aluminum plates upper and lower receiving posts angle (1) and ridge on the litter (21 ), with an 8mm recess from the plastic wall beam (5A) to secure the right fitting cover (10A) to the outside wall and the closed corner fitting cover (10B) to the outside wall.

  (11) Surface sill plates base mold and floor in plastic and aluminum flamed red with brick pattern 2600mm long x 320mm wide x 50mm thick, with reinforcement of perforated and drilled aluminum plate in the sill plates (see illustration (11) on the plan).

  - Be careful with the mounting bracket of the aluminum sill plate protruding from the plastic sill plate (11).

  (11A) Interior plasterboard and aluminum floor plates intersected outer sill plate base mold (11) 1206mm length x 603mm width x 50mm thick flamed red color with brick pattern, interior floor plates will be grooved and assembled together and placed on the ground.

  - Under the fireplace, the floor will be replaced by tiled wood or small concrete plates covered with tiling on a surface of 4000mm2.

  (12) Ridge star of plasterboard and aluminum base mold, derived from base molded (5) molded and assembled plastics (see illustration (12) on plan) with their aluminum plates inserted inside and protruding at ends of 400mm in length x 274mm in width of 10mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (12A) Roof truss ridge arrows, derived from base mold frame ridge star (12) and from base mold plastics beams (5) with their aluminum plates inserted inside and protruding at ends 400mm long x 274mm wide by 10mm thick.

  - These plates are provided with two spacers used for the assembly of the beams of plasturgie of the framing trusses, they are fixed with two pins in the transverse on the plastic beams of the trusses (5D) and (5C) and (5M ) and (5N) and (5P).

  Roof truss ridge arrows concern the valley and receiving in the cut (see on the map illustration (12B)) the trough gutter of plastic frame (10A), coming from the ridge star of carpentry mold base (12) and derived from basic molded plastics beams (5) with their aluminum plates inserted inside protruding at ends of 400mm in length x 274mm in width of 10mm in thickness. - These plates are provided with two spacers used for the assembly of the beams of plasturgie of the trusses, they are fixed with two pins in the transverse on the beams plastics of the trusses, (12A) and (5M) and ( 5N) and (5P) and (5E) and (5F) and (5G) and (5H).

  Structural crushers in plastics and aluminum base mold, derived from base and molded base (5) plastic molded beams (see illustration (13) on plan) with their aluminum plates inserted inside protruding ends of 400mm in length x 274mm in width of 10mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse. (12B) (13)

  (13A) Structural and aluminum framing cranes from base mold fretworks (13), with the cutout of the load-bearing shoe and the receivers of the framing trusses (7) and the cut-out to receive the aluminum plate Upper (1) with their aluminum plates inserted inside protruding at ends of 400mm in length x 274mm in width x 10mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse on the plastic beams of the trusses (5B) and (5C).

  - The frame crows are fixed with two pins in the transverse in the carrier fixing shoes and receivers of the frame trusses (7) themselves attached to the upper aluminum plates (1).

  (13B) Intermediate frame crows, derived from basic mold frame cracks (13) placed on top aluminum beam profiles (4A) and plastic wall beams (5A) with their aluminum plates inserted inside outward at ends 400mm long x 274mm wide x 10mm thick, - These plates are provided with two spacers used to assemble the plastic beams of the trusses, they are fixed with two pins in the transverse on the beams in plasturgy of trusses (5B) and (5C).

  (13C) Plasturgical edge boards and gutter support, fixed on frame cracks (13) 200mm high x 20mm thick x 2055mm long.

  (13D) Frame cracks for the valley and cut to receive (see the illustration on the plan (13D)) the plastic gutter gutter (10A) and cut at their end (see illustration (13D) on the plan). - - They are derived from base mold frame crows (13), with the cutting of the carrier and receiving shoe of the frame trusses (7) and the cutting to receive the upper aluminum plate (1) with their aluminum plate inserted inside protruding at ends of 400mm in length x 274mm in width x 10mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse on the plastic beams of the trusses (5B) and (5C).

  - The frame crows are fixed with two pins in the transverse in the carrier fixing shoes and receivers of the frame trusses (7) themselves attached to the upper aluminum plates (1).

  T inverted lower central structural steel and aluminum base mold, derived from plastic molded base (5) cast iron beams and assembled (see illustration (14) on plan) with their aluminum plates inserted at inside exceeding at ends 400 mm long x 274mm wide by 10 mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie trusses, they are fixed with two pins in the transverse.

  (14A) T inverted lower central framing, derived from T inverted lower central framing base mold (14) with the cutout of the carrier mounting shoe and receivers of framing trusses (7) and cutting to receive the aluminum plate upper (1) with their aluminum plates inserted inside exceeding at ends 400mm long x 274mm wide x 10mm thick.

  - These plates are provided with two spacers used to assemble the beams of plasturgie framing trusses, they are fixed with two pins in the transverse on the plastic beams of the trusses (5B) and (5D).

  - The central lower inverted T of the frame (14A) are fixed with two pins in the transverse in the support fixing shoes and receivers of the framing trusses (7) themselves fixed on the upper aluminum plates (1).

  (14B) Lower central inverted central framing T, derived from inverted bottom central bottom molded T (14) placed on aluminum top beam profiles (4A) and plastic wall beams (5A) with their plates in aluminum inserted inside protruding at ends of 400mm in length x 274mm in width x 10mm in thickness.

  - These plates are provided with two spacers used to assemble the beams of plasturgie framing trusses, they are fixed with two pins in the transverse on the beams of plasturgie of the trusses (5B) and (5D) and (5J ) and (5K) and (5L). (14)

  (14C) Central inverted lower inverted T-shape (see illustration (14C) on the plan), derived from inverted lower central T-shaped base mold (14) with hoof cut-out carrier mounting bracket and receivers (7) and the cut-out for receiving the upper aluminum plate (1) with their aluminum plates inserted inside exceeding at ends of 400mm length x 274mm width x 10mm thickness - These plates are provided with two spacers used for the assembly of the beams of plasturgie of the trusses, they are fixed with two pins in the transverse on the plastic beams of the trusses (14A) and (5E) and ( 5F) and (5L) and (5G) and (5K) and (5H) and (5J).

  - The central lower inverted T-holes of the square-cut frame are resting on the support profile of the base (3) aluminum valley (3) truss lined and assembled by 5650mm in length, fixed in the diagonal to ends at the top of the corner posts (2A) to support the valley truss trusses.

  (15) Plasturgical tile plates and aluminum base mold, imitation small slate red or slate gray tiles of 1258mm width so 127mm overlap in width x 1244mm height including 200mm lap in height x 30mm thick, they are equipped with their four perforated aluminum profile supports (15B) and (15Ç) and (15D) and (15E).

  - The plates are cut in the diagonal in the valley of the frame, (15A) Plates of perforated aluminum tiles used for strengthening and rigidity plates of plastic tiles (15) 5mm thick x 1222mm wide including 127mm of Overlay x 1180 mm height folded to model, they are provided with their four perforated aluminum profile supports (15B) and (15C) and (15D) and (15E), they are fixed on perforated aluminum tile plates (15A) .

  (15B) Perforated aluminum profiles retaining slabs of tiles (15) to battens (21) of 100mm wide x 35mm high x 950mm in length, it is fixed to the plate of perforated aluminum tiles (15A), ( see illustration (15A) and (15B) on the plan).

  (15C) Perforated aluminum profiles serving as support for tile plates (15) resting on truss plastics (5Ç) and (5M) and (5N) and (5P) trusses of 100mm width x 40mm in height x 950mm in length, it is attached to the perforated aluminum tile plate (15A), (see illustration (15A) and (15C) on the plan).

  (15D) Perforated aluminum profiles retaining tile plates (15) to battens (21) of 100mm wide x 60mm high x 950mm in length, it is attached to perforated aluminum tile plate (15A), ( see illustration (15A) and (15D) on the plan).

  (15E) Perforated aluminum profiles for joining together the tiles tiles (15) 60mm wide x 50mm high x 950mm long, it is fixed on the plate of perforated aluminum tiles (15A), (see illustration (16A) and (15E) on the plane).

  (15F) Hooks in galvanized aluminum retained from the tile plates (15), they are hooked on (15B) and (15D) and surround the battens (21), and re-hung on (15B) and (15D) (see illustration (15B) and (15D) and (21) on the plane).

  (16) Stainless steel chimney flue 350mm wide x 350mm wide x 3990mm high.

  - Chimney flange support brackets are made with aluminum base profile (4), the frame truss is lined on the inner sprocket side to accommodate the flue supports, supports around the truss beams ( 5B) and (5C) are insulated from a heat seal on each side and at the top and bottom, (see illustration (16) on the front and back plane of supports and chimney flue mounted on both farms).

  - As well as cutting the chimney flue 550mm wide x 550mm wide in the tile plate (15) to receive the zinc surrounding the flue.

  (17) Crevices under crows (13B) of 2055mm long x 395mm wide paneled pvc 100mm wide x 10mm thick, with its aluminum cade 2055mm long x 395mm wide x 14mm thick they are inserted and slid into the two aluminum profiles (17A).

  (17A) U-shaped aluminum profiles supporting the crows under the slope of crows (13), 2055mm long x 18mm x 18mm side x 18mm side x 2mm thick, the two profiles are attached to ends under the crows (13).

  2885374 -14- (18) Covers under sloping battens (21) of 2675mm in length x 395mm wide in pvc paneling of 100mm wide x 10mm thick, with its aluminum cade of 2675mm in length x 395mm in width x 14mm thick, they are inserted and slid into the two aluminum profiles (17A).

  (18A) U-shaped aluminum profiles for supporting sloped roof battens (21), 2675mm long x 18mm x 18mm side x 18mm x 2mm thick, both sections are fixed at the ends under the profiles of the battens (21).

  Plasturgie and aluminum molds base mold, 1320mm you so 180mm length x 400mm width x 50mm thickness.

  - The attachment of the ridge is 640mm from the edge with its axis turning down coming to rest on the two battens (21) from the top.

  - The ridge end piece 200mm high x 50mm thick is attached to the ridge (see illustration (19) on the plan).

  (20) Plasturgical edge plates and aluminum base mold, 1250mm long so 200mm lap x on one side 175mm high and on the other side 222mm high x 50mm thick forming a trapezium.

  - They are provided with their two fasteners in aluminum profiles (21 B) embedded and fixed in the plastic and aluminum edge plates (20).

  - The aluminum profiles (21 B) are inserted in the aluminum battens profiles (21) and they are held by a pin.

  - The edge cover (20A) 1250mm long x 100mm wide x 50mm thick is fixed above the edge plate (20) (see illustration (20) and (20A) on the plan).

  (20A) Plastic and aluminum molded base covers, 1250mm long x 100mm wide x 50mm thick, they are attached to the top edge plates (20) base mold (see illustration (20A ) on the plan). (19)

  (21) Triangular profiled aluminum base battens for retaining tile plates (15) and spacing between trusses, 100mm x 100mm x 100mm x 830mm long.

  - The triangular profiled battens (21) are inserted into the cut-out of the framing clusters (5C) and (5M) and (5N) and (5P) and protruding 20mn1 in height from the trusses.

  - The aluminum triangular profiled battens (21) are fitted with their locking keys in between the axes of the trusses (21C), they are inserted in the middle of the battens (21) and entering the beams of the trusses (5C ) and (5M) and (5N) and (5P).

  (21A) Connection of triangular profiled base aluminum strips of 400mm length x 96mm x 96mm x 96mm on the side, they are inserted in halves in triangular profiled aluminum strips (21), they are used to connect between them profiled battens triangular aluminum (21) and they are held by a pin on each side.

  (21B) Connection of triangular profiled aluminum edge plates of 200mm length x 96mm x 96mm x 96mm on the side, they are embedded and fixed in the edge plates in plastic and aluminum (20), they come from connections of the battens (21A).

  - They are inserted in the profiled triangular battens (21) and held by yne pin at the ends of the roof.

  (21C) Locking keys in between the axes of the aluminum frame trusses of 80mm width x 110mm high x 5mm thick, they are inserted in the middle of the battens (21) of 830mm length and reentrant in the beams of the (5C) and (5M) and (5N) and (5P) framing trusses.

  (22) Possible house model with half floor and attic of 8300mm wide x 8000mm high or 8300mm wide x 9700mm high floor insulated with interior wall insulation plates (8) and floor plates suspended ceiling insulation (8A) and system (6) and (6A) for heating or cooling walls and floor.

  Plinthboard plumbing or electrical plinths of 160mm high x 60mm deep x 3600mm long exceeding 10mrn, insulation giving skirting 160mm high.

  - Inside the plinth three bars of rigid electrical conductors in 5.5 2 insulated 3900mm in length are attached to the bottom of the plinth.

  - Multiple power outlets with 15, 20, 32 amp circuit breakers and multiple light boxes with 10 amp circuit breakers are installed.

  - The current will reach the socket outlets and light boxes by claws stitched into the rigid electrical conductors in 5.5 2 insulated, sharp claws will cross the insulation and coming to tighten on the rigid conductors making them easily moved.

  - A box of connection of the electric conductors in 5.5 2 insulated is placed in the corners.

  (24) Suspended ceiling mounting plan (seen from above see the illustration on the map).

  (25) Insulated floorless house model with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling walls and 8300mm floor length x 8300mm in length x 7000mm in height, achievable by block of 8300mm of length x 4150mm of width x 7000mm of height, without limits of habitable surfaces to be.

  (26) Small pool model that can be made from 4150mm x 4150mm x 900mm high base plastic beams (5), with system (6) inserted inside for reinforcement and mounting of upper aluminum plates and lower receivers of corner posts (1) as well as corner post profiles (2A) shortened in height and aluminum profiles (4A).

  - Equipped with a waterproofing liner inside, wall heating is possible with the system (6A) of the house.

  (27) Porch or Winter Lounge Model without Floor, Insulated with Interior Wall Insulation Plates (8) and Suspended Ceiling Insulation Plates (8A) and System (6) and (6A) warming or cooling walls and floor, 4150mm wide x 8300mm long x 7000mm high. (23)

  (28) Floorless garage model, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling of walls and floor, 4150mm wide x 8300mm long x 7000mm high.

  (29) Double shutters filled with salt water, composed of a pvc frame the same size as a classic pvc shutter panel, they are mounted on the raised hinges of the shutters and independent of conventional shutters, the frame is provided a double glass spaced 10mm open at the top over its entire width, the double glass is filled with salt water and provided with a 4mm diameter copper pipe pierced with small holes spaced 30mm and placed in the bottom of each double shutter, compressed air will be injected into each copper pipe to make small air bubbles upward to oxygenate the water so that it does not get green and does not heat up too much by the summer sun and in order to keep a constant winter temperature in each double flap filled with salt water.

  - The goal is to bring the sun in the summer without darkening the rooms of the house and without heating the room of the house, the heat of the sun will be digested by salt water and in winter it will give an additional thermal barrier .

  (30) Base-level dwelling house model, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) of warming or cooling walls and floor, 4150mm wide x 8300mm long x 7000mm high.

  (31) Garden shed or small garage model, insulated with interior wall insulation plates (8) and suspended ceiling insulation plates (8A) and system (6) and (6A) for heating or cooling walls and floor, 4150mm long x 4150mm long x 5000mm high.

  (32) Mobile home model and plan, insulated with interior wall insulation boards (8) and suspended ceiling insulation boards (8A) and warming or cooling system (6) and (6A) walls and floor, 4150mm wide x 12240mm long x 5000mm high and for advanced L 4150mm long x 4150mm long x 5000mm high.

  (33) House model without a front storey, the back of the house can be made as the front house model (33), insulated with interior wall insulation plates (8) and floor plates. suspended ceiling insulation (8A) and system (6) and (6A) heating or cooling of walls and floor, achievable by block of 8300mm in length x 4150mm in width x 7000mm in height with no living space limits to soils.

  (34) Possible room layouts as well as 1000mm wide interior doors and 4-panel doors and windows, as seen from the kitchen and bathroom, and the top view of the 4150mm wide block x 8300mm of minimum base length to be placed on the longest face used to modulate enlargements and reductions of dwellings.

  (35) Possible room layouts as well as 1000mm wide interior doors and 4-panel doors and windows, as seen from the kitchen and bathroom, and the top view of 4150mm wide blocks x 8300mm of minimum base length to be placed on the longest face used to modulate enlargements and reductions.

  (36) Possible floor plan of 16600mm of length x 8300mm of width and arrangement of rooms as well as interior doors of 1000mm width and 4-panel doors and windows, seen from the kitchen and the bathroom.

  (37) Possible floor plan of 8300mm in length x 8300mm in length and layout of rooms as well as interior doors of 1000mm width and 4-panel doors and windows, seen from the kitchen and bathroom.

  (38) Possible layout of 16600mm x 16600mm L and room layout as well as interior doors of 1000mm width and 4-panel doors and windows, seen from the kitchen and bathroom, as well as the garage 4150mm wide x 8300mm in length, plus the top view of 4150mm wide x 8300mm blocks of minimum base length to be placed on the longest face used to modulate enlargements and house reductions.

  (39) Basic plastic kitchen or bathroom furniture models, made from basic molded plastic beams (5) 600mm wide x 560mm deep x 870mm high with their worktop and doors and drawers.

  - Worktops and doors and drawers are customer's choice of 600mm wide x 570mm high and drawer 600mm wide x 120mm high.

  - The box furniture can be shortened by 290mm in height without difficulty for people of small sizes (see the illustration on the map page - 61 -).

  (40) Box drawers 330mm wide x 95mm high x 548mm deep.

  - The fronts of the drawers remain at the customer's choice.

  (41) Assembly plan of the kitchen cabinet or bathroom cabinet made from plastic beams base mold (5) 600mm wide x 560mm deep x 870mm high.

  (42) Plan of the baseboard under the kitchen or bathroom cabinets of 160mm height.

  (43) Headband in plastic filling and on elevation of the kitchen window to allow the opening of the window sash without being bothered by the tap of 1370mm length x 90mm high x 50mm thick.

  (44) - 30mm thick framing boards to hold air supply between suspended ceiling (8A) and truss insulation boards ( 44), they are placed on two angles fixed between the trusses (5B).

  - A VMC will extract the air contained between (8A) and (44) in the roof, in any case the air will be expelled in the residential part to avoid molds, fungi and bacteria of all kinds.

  (45) Classic ventilation for the interior of the house.

  - Conventional ventilation for recovering air between the wall beams (5A) provided with the system (6A) and the insulation plates (8) and the air between the suspended ceiling (8A) and the insulation plates between trusses (44) and the crawlspace air.

  - The ventilation will expel the air in the roof under no circumstances the air will be expelled in the residential area to prevent mold, fungi and bacteria of all kinds.