NL1043624B1 - Method for manufacturing a floor from wood strips, and a floor built from wood strips - Google Patents

Abstract

Method for manufacturing a floor, comprising applying a first floor layer (I) comprising a grid of horizontal first wood strips (1), second wood strips (2) transverse thereto and a second floor layer (II) thereon, comprising narrower thirds and fourth wood strips (3,4). A third floor layer (III) of upright fifth wood strips (5) extending over the fourth wood strips and on top of that a fourth floor layer (IV) lying sixth wood strips (6) and subsequently a fifth floor layer (V) is applied. with support strips (7), preferably two per underlying sixth wood strip. Furthermore, ceiling plates (8) are arranged, with their edge regions (8a) resting the portions of the first wood strips and second wood strips which are not covered by the fourth resp. third wood strips. Above this, insulation plates (9) are arranged between the vertical fifth strips of wood extending next to each other. 20 (FIG. 2) 1043624

Description

. : i orve designation: Method for manufacturing a floor from wood strips, and a floor built from honeycomb strips. .

The aim of the invention is to provide a prsfabricated sound system with in particular the following properties: — Remountable 23 ~~ Fixed and floating floor, suitable for flexible mounting of installations ~ Soundproof ~ Acoustic Jdenpend {optional} — Aesthetic {pattern bottom with different ceiling infill elements if desired). in landscape position the furthest wood strips extending in the first direction at a mutual center distance A,

. 2 with in between in lying position in a second direction, transverse to the first direction, extending second wood strips at a mutual center distance B (whether or not equal to distance A),

- arranging a second floor layer on the first floor layer, comprising third wood strips extending in the lying position in the second direction over the second wood strips and which are narrower than the second wood strips, at a mutual center distance B,

IO with, preferably, fourth wood strips extending therebetween in a lying position in the first direction over the first wood strips and which are narrower than the first wood strips, at a mutual center distance À, ~ the application thereon of a third floor layer, comprising iS itself in upright position in the first direction extending fifth wood strips at a mutual center distance A over the fourth wood strips,

- arranging a fourth floor layer thereon, comprising sixth wood strips extending in the lying position in the first direction over the fifth wood strips at a mutual center distance A,

“preferably, applying a fifth floor layer thereon, comprising laying strata extending in the first direction over the sixth wood strips in lying position.

preferably one or two support strips per underlying sixth timber strip,

Preferably, soundproofing and/or (optional) acoustic ceiling elements are then installed, with their edge

are missing on the upper surfaces of the sections of the first wood strips and second wood strips that are not covered by the fourth wood strips resp. third wood strips.

Furthermore, acoustic insulation blankets are preferably used.”

A ¢ 3 placed in the area between the vertical fifth strips of wood extending side by side. If above, then a (loop or insulation) vice is applied over the sixth wood strips or support strips. Before the sixth timber strips are mounted in the floor, openings are preferably provided in the uprights of the vertical fifth timber strips for the purpose of passing air ducts, pipes, cables, pipes, etc. through them.

id The floor constructed in this way therefore encompasses {(viger layer 1 and 2) on the underside of the floor and a square wooden frame-grid, fixed to each other in a form-retaining manner, which can also serve as a constructive bonding effect. In layer 1, the continuous slatted wooden parts run in the span direction (hereof 13 referred to as the Ye direction) as well as the vertical wooden parts of floor layer 3 and the flat wooden parts (floor layer 4) at the top of the floor, Dooy the grid at the bottom arises square opening that can accommodate flexible plaid elements.

At the top, openings are created between the carriers {vicer layer 4), which are preferably covered exclusively by a sound-absorbing floating floor, which can also bridge a constructive span of the cutting example for a maximum of 300 mm. The floating vice rests on a sound-absorbing facility {vlcer layer 7 ) which are applied to the flat wooden parts (floor layer 4) in strips or over the entire surface. The floor can be applied in parts, without this being visible on the underside. The possible seam is located

. : 4 is then immediately to the left or right of the flat wooden parts ({floor layer 1}. This means that the vicer can be supplied in 2, 3 or more strips and can also be mounted or removed afterwards.

Installations can be retrofitted. Air ducts, public transport, water drainage, water pipes and electricity pipes can be brought into the correct position from above. Due to the flexible ceiling system, the correct Id location for supply grilles or electrical points on the bottom can be determined and coordinated. All installations (including ceiling facilities) can be dismantled and reassembled.

IS The following measures can be applied for sufficient protection of contact noise and airborne noise: - Sufficient noise protection between the lower and upper space is created at the top by a floating {(constructive and demountable} floor system on resilient strips.

~ The floating vlcer system is gua size and volumetric mass matched to the floor system. - The ceiling elements have a large volume in order to achieve sufficient sound insulation, for example concrete tiles 399x390mm, possibly laid in gap sealing profiles {four layer 2}. An acoustic blanket can -optionally- be applied to the tiles between the carriers {flossing layer S}. Acessical panels can also be fitted to the underside of the ceiling elements in order to limit the reverberation time in the space below (floor layer 1). The underside of the floor is aesthetically determined:

\ 5 > - An open grid of wooden parts in a square parameric grid in which ceiling elements with different materials/colours and two different levels (only vice layer 2 or a combination of floor layer 1 and 2} are included.

Because the ceiling elements can be flexibly changed, connection points for installations can also be made aesthetically pleasing or relocated.

The invention will now be discussed in more detail with reference to the figure description below.

Figure 1 illustrates step-by-step the construction of a liner example of a four-way system according to the invention; Figure 2 shows a three-dimensional image of the flea according to the invention.

Figure 1 illustrates step-by-step the construction of an embodiment of a floor system according to the invention, comprising the following steps: a. applying a first floor layer I, comprising first wood strips 1 extending in a horizontal position in a first direction on a mutual centre-to-centre distance A, with second wood strips 2 extending therebetween in a lying position in a second direction, transverse to the first direction, at a mutual centre-to-centre distance B; b. arranging a second four-layer II on the first floor layer I, comprising in lying position in the

. 6 second direction over the second wood strips 2 extending third wood strips 3 which are narrower than the second wood strips 2, at a mutual center distance B, with, preferably (as shown in this exemplary embodiment), located therebetween in a lying position fourth nut strips 4 extending in the first direction over the first wood strips 1, which are narrower than the first wood strips 1 located thereunder, again at a mutual center distance A; tO c. arranging thereon (i.e. on layer II) a third floor layer III, comprising fifth wood strips extending in upright position in the first direction over the (lying) fourth wood sticks 4 at a mutual center distance A; id. arranging thereon {(i.e. on the upright fifth wood strips 5) a fourth floor layer IV, comprising sixth wood strips 5 extending in lying position in the first direction over the fifth wood strips 5 at a mutual center distance A; e. preferably, arranging thereon a fifth floor layer V, comprising in lying position in the serst direction extending over the sixth wood strips 6, support strips 7, preferably always two support strips 7 per underlying sixth wood strip &, on either side thereof. The support strips are preferably of an acoustically absorbent material.

Somewhere within the above method sequence or only afterwards, ceiling plates 8 can be fitted, with their edge regions 3a resting on the upper surfaces of the portions

. 7 of the first wood strips 1 and second wood strips 2 which are not covered by the {narrower} fourth wood strips 4 resp. third wood strips 3, with the ceiling boards & between {on the same level as) the fourth wood strips 4 and 3 third wood strips 3, Similarly, somewhere within the above process secu- tion or only afterwards, insulation blankets 3 can be fitted in the area between the vertical fifth wood strips 5 which protrude next to each other. The insulation plates 2 herein rest on the upper surfaces of the third wood strips 3 and fourth wood strips 4 and the pitch plates 3 located between them.

IS Over the sixth wood strips ¢ or the support strips 7 (if these are fitted at the top of the sixth wood strips 6) a (running or insulation) LO is then applied. On the underside of this floor a layer of acoustic damping material is arranged, either instead of the support strips of acoustic damping material or in addition to those laying strips of acoustic damping material. In any case, a layer of acoustic damping material is preferably provided at this level.

In the upright vertical fifth strips of wood 5, openings 5a are provided for cables, pipes, etc. to be passed through them. Finally, figure 1 shows a dotted line 11, which indicates how the floor according to the invention is used. can be divided in such a way that the vice can be transported in parts and then assembled.

whereby the floor can be transported in parts, with the consistency of each four part remaining completely intact, while the floor parts can be joined at the place of destination into a consistent whole, inherent in the

3 previously discussed floor construction according to the invention.

Claims (1)

| . 9 CONCLUSIONS 1, Method for manufacturing a floor, comprising strips of wood or wood-like material, hereinafter referred to as 3 wood strips, which method involves the following steps! - applying a first floor covering (1), encircling first wood strips (1) extending in a lying position in a first direction at a mutual center distance A, with in between lying position in lying position in again the direction transverse to the first direction, extending second wood strips (2) at a mutual center distance B; ~ arranging a second floor layer (IX) on the first floor layer, comprising third wood strips (3) extending in the lying position in the second direction over the second wood strips and which are narrower than the second wood strips, at a mutual center distance B, with, preferably, fourth wood strips (4) extending therebetween in a lying position in the first direction over the first wood strips and which are narrower than the first wood strips, at a mutual center distance A; - arranging thereon a third floor layer (IIT), comprising fifth wood strips {(&) extending in upright position in the first direction over the fourth wood strips at a mutual center distance A; - arranging thereon a fishde flax layer (IV), comprising sixth wood strips {6} extending in the lying position in the first direction over the fifth wood strips at a mutual center distance A; - the application of a fifth floor layer (V), preferably, thereon, comprising itself in lying position in Support strips (7) extending in the first direction over the sixth wood strips, preferably two opiegr strips per underlying sixth wood strip. A method according to claim 1, wherein pipboard boards {8} are applied, with their edge regions {8a} resting on the upper surfaces of the portions of the first wood strips and Lweede wood strips which are not covered by the fourth wood strips resp. third wood strips. A method according to claim 1 or 2, wherein insulating blankets (2) are applied in the area between the adjacent vertical fifth wood strips. Method according to one of the preceding claims, wherein a floor (10) is arranged over the sixth wood strips or support strips. 3. Method according to one of the preceding claims, wherein openings {5a} are arranged in the upright vertical fifth wood strips at for cables, pipes, etc. to be passed through there. Floor, manufactured by means of a method according to any one of the preceding claims, 7. Floor comprising strips of wood or wood-like material, hereinafter referred to as strips of wood, the Vicer comprising, calculated from bottom to top: | . it — in horizontal position in a first direction extending first strips of wood at a mutual center position A, with in between them extending in horizontal position in a second direction, transverse to the first direction, second strips of wood at a mutual center distance b; - above this a second floor layer, comprising in a lying position in the second direction third wood strips which extend in the second direction over the second wood strips and which are smoother than the second wood strips, at a mutual center distance B, with, preferably, lying positions in between. tie fourth wood strips, which are narrower than the first wood strips, extending in the first direction over the first wood strips, at a mutual center distance A; — above a third floor layer, comprising fifth wood strips in the upright position in the first direction over the fourth wood strips at a mutual center distance A; - above that a fourth floor layer, comprising sixth wood strips extending in the lying position in the first direction over the fifth wood strips at a bottom center distance A; - preferably, above a fifth floor layer, overlaying support strips extending in the lying position in the first direction over the sixth wood strips, preferably always two support strips per underlying sixth wood strip. A floor according to claim 7, comprising ceiling boards with their edge regions resting on the upper surfaces of the portions of the first wood strips and second wood strips ‚ 12 that are not covered by the fourth wood strips or, respectively, third wood strips. S, Floor according to claim 7 or 8, wherein insulation boards 3 are arranged in the area between the vertical fifth wood strips extending next to each other, A floor according to any one of the preceding claims from claim 7, wherein a floor is arranged over the sixth wood strips or support strips. ii. Floor as claimed in any of the foregoing claims from claim 7, wherein openings are provided in the upright vertical fifth hour strips for the purpose of cables, conductors, etc. to be passed through them.