Pultruded trim member

Abstract

The present invention is an improved method of making cornice assemblies and other trim members utilizing the process of pultrusion. The cornice assemblies and the other trim members made by the method of the present invention exhibit superior strength to weight ratios, low expansion and contraction due to changes in temperature and humidity, as well being less labor intensive to install.

Claims

1. A trim member comprising: a gutter, a fascia connected to the gutter, a soffit connected to and extending from the fascia, a crown connected to the soffit on an end opposite the fascia, and a frieze connected to the crown on a first end opposite the soffit, wherein the crown extends generally downward from the soffit to the frieze; wherein the frieze extends generally downward and away from the crown and the frieze includes a planar segment; and wherein the frieze includes a second end opposite the crown, the second end includes: a second end portion that folds back upon itself in a meandering manner so that the frieze is configured to receive an exterior sheet siding, the second end portion comprising: a. a covering surface, and b. a nailing surface located adjacent to the covering surface so that the covering surface conceals at least a portion of the nailing surface from view; and wherein the gutter and the fascia are integrally connected and unitary, and the gutter is located on a side of fascia opposite the soffit; wherein the soffit and crown are integrally connected and unitary; wherein the crown and the frieze are integrally connected and unitary; and wherein the crown includes a generally undulating outer surface contour for simulating an ornate crown molding; the frieze includes a bulbous portion that extends outwards towards the gutter; and the undulating outer surface contour terminates at the planar segment of the frieze so that the planar segment is located between the undulating outer surface contour and the bulbous portion.

2. The trim member of claim 1, wherein the trim member includes fibers bound with resin.

3. The trim member of claim 1, wherein the gutter includes an upper lip that extends towards the fascia and then curves back upon itself towards a front of the gutter.

4. The trim member of claim 1, wherein a top of the fascia extends above a top of the gutter.

5. The trim member of claim 1, wherein the trim member includes a stiffening rib.

6. The trim member of claim 5, wherein the stiffening rib is connected to and extends from the frieze.

7. The trim member of claim 1, wherein the soffit includes a recess proximate to the fascia, the recess extending below the gutter and the soffit.

8. The trim member of claim 7, wherein the recess is located entirely on a side of the fascia opposite the gutter.

9. The trim member of claim 1, wherein the frieze and the soffit are generally perpendicular to each other.

10. The trim member of claim 1, wherein the fascia forms a back side of the gutter.

11. The trim member of claim 1, wherein the second end portion includes a channel that is adapted to receive a siding, a brick, or a stone veneering, and the channel is located between the covering surface and the nailing surface.

12. The trim member of claim 1, wherein the fascia forms a back side of the gutter.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a cross-section of a cornice assembly made of a unitary construction which includes a facia, a soffit, a crown, a frieze and a gutter.

(2) FIG. 2 is a cross-section of a cornice assembly made of two trim members.

(3) FIG. 3 is a pultrusion die with a channel for a unitary construction cornice assembly with a facia, a soffit, a crown, a frieze and a gutter.

(4) FIG. 4 is a pultrusion die for a trim member including a soffit and a crown.

(5) FIG. 5 is a pultrusion die for a trim member including a facia and a gutter.

(6) FIG. 6 is a pultrusion die for a trim member including a frieze.

(7) FIG. 7 is a cross-section of a cornice assembly made of three trim members.

(8) FIG. 8 is a cross-section of a cornice assembly made of two trim members.

(9) FIG. 9 is a cross-section of a trim member including a facia, a soffit and a gutter and a longitudinal section of the soffit including an area of vent holes.

(10) FIG. 10 is a cross-section of a trim member including a facia and a soffit without gutter.

(11) FIG. 11 is a cross-section of a trim member including a crown and a frieze where the frieze includes a slotted opening to receive wood, metal or vinyl siding.

(12) FIG. 12 is a cross-section of a trim member including a crown and a frieze where the frieze includes a slotted opening to receive brick veneer.

(13) FIG. 13A is a cross-section of a outside edge cap trim member.

(14) FIG. 13B is a cross section of an inside edge cap.

(15) FIG. 14 is a cross-section of a belt board trim member.

(16) FIG. 15 is a cross-section of a rake trim member.

DESCRIPTION OF THE PREFERRED EMBODIMENT

(17) Referring now to FIG. 1, a cornice assembly 10 according to the invention is shown. The cornice assembly 10 includes portions a facia 12, a soffit 14, a crown 16, and a frieze 18. Optionally, the cornice assembly may also include a gutter 20 in which case the facia 12 forms the back side of the gutter 20.

(18) A significant advantage may be gained through a unitary construction (formed as one piece) of the cornice assembly 10 in terms of the amount of labor needed to install the cornice assembly 10. With a unitary construction, effort need only be spent on attaching the cornice assembly 10 to the building structure, while effort spent on fabricating the cornice assembly 10 is completely eliminated.

(19) The cornice assembly 10 may be used in with walls made of any suitable outer sheathing building material known in the art, such as plywood, fiber board, celotex, OSB (oriented strand board) and the like.

(20) In a second embodiment, as best seen in FIG. 2, the cornice assembly 22 may be made of two or more trim members which are connected together to form the overall cornice assembly 22. For example, one trim member may comprise the gutter 20, the facia 12 and the soffit 14, while another trim member includes the crown 16 and the frieze 18. In this embodiment, the trim members are preferably constructed such that they may be press fit together. However, any suitable means of connecting the trim members to form the cornice assembly 22 may be used, including adhesives, bolts, nails or screws. By using press fit connections, the effort of fabricating the cornice assembly 22 on the job site is reduced as compared to traditional cornice assemblies. First, trim members capable of being press fit can be connected without the use of tools. Second, because press fitting connections are separate from the means for attaching the cornice assembly 22 to the building structure, the cornice assembly 22 can be fabricated at ground level as opposed to during attachment to the building structure. This saves both on the effort needed to fabricate the cornice assembly 22 and to attach the cornice assembly 22 to the building structure.

(21) The cornice assemblies and trim members of the present invention are preferably manufactured through the process of pultrusion. Pultrusion is an economical technique which is especially suited for the manufacture of cornice assemblies and other trim members because they have uniform cross-sections and also benefit from the high strength to weight ratio provided by pultrusion.

(22) Of importance to the pultrusion process is the die through which the resin impregnated reinforcements are pulled. Die include multiple metal blocks, which, when assembled, has a through-hole or channel in the shape of the desired cross-section of the trim member. FIG. 3 shows a die 24 with a channel 25 which would be used to manufacture an entire cornice assembly in a unitary construction. As can be seen, a total of ten different blocks 26-44 make up the die 24 for the unitary construction of the cornice assembly. The various blocks of the die 24 are held together with bolts, screws or other suitable fasteners 46. FIG. 4 shows a die 48 which is used to manufacture a portion of a cornice assembly including a soffit 14 and a crown 16. The soffit/crown trim member made with die 48 would be connected to a trim member including a gutter 20 and a facia 12 made with die 50, shown in FIG. 5, and to a trim member including a frieze 18 made with die 52, shown in FIG. 6. Together the trim members created by these die 48, 50 and 52 would fit together to form a cornice assembly 54, shown in FIG. 7.

(23) Selection of the particular resin and reinforcements that may be used in the pultrusion of cornice assemblies and trim members are well within the design capability of those skilled in the art. Exemplary reinforcements include continuous strands of fiberglass, aramid fibers, and graphite. In addition, chopped strand, continuous strand or swirl mats may also be used as reinforcements. A useful reinforcement is glass fiber because it is economically priced as compared to other fibers, such as carbon fibers, and has a high strength to weight ratio. Exemplary resin include polyurethane, polyesters, vinyl esters, epoxy resins, acrylic and phenolic resins.

(24) One or more stiffening ribs may be attached to the building structure side of the cornice assemblies and trim members. In FIG. 8, stiffening rib 55 included in a two piece cornice assembly made of a trim member with a gutter 20, a facia 12 and a soffit 14 and a trim member with a crown 16 and a frieze 18. These stiffening ribs may be pultruded from the same die as the cornice assemblies or trim members. The stiffening ribs provide extra support for the cornice assemblies and trim members against forces applied there against. This bracing prevents damage which may result from the placement of ladders against the cornice assemblies and trim members, particularly placement of ladders at the frieze 18. Furthermore, nailers 57, 61, which form a nailing surface for nailing the cornice assembly or trim member to the building structure.

(25) The available cross-sections for trim members is unlimited. Exemplary cross-sections, in addition to the ones previously shown with regard to the die 48-52, include a trim member 56 which includes a gutter 20, a facia 12 and a soffit 14 shown in FIG. 9, a trim member 58 which includes a facia 12 and a soffit 14 shown in FIG. 10, a trim member 60 which includes a crown 16 and a frieze 18 (adapted for use with exterior sheet siding) shown in FIG. 11. shown in FIG. 12. The friezes shown in FIGS. 8 and 11 show a relatively narrow channel 63 for accepting exterior sheet siding (such as aluminum, vinyl, wood, or the like). The frieze shown in FIG. 12 has a relatively wide channel 65 designed to accept brick or stone veneering. The trim members 56-62 may be mixed and matched to achieve the desired cornice assembly.

(26) Other trim members which may be pultruded include caps for covering vertical edges, as shown in FIG. 13A, which are used to cover an outside edge cap where two pieces of siding come together. Belt boards as shown in FIG. 14, which are used to transition from one siding material 71 to another FIG. 13B shows an inside edge cap. One trim member which may be pultruded is a rake, which is used along the gable side of the intersection between the siding material 71 and the roof deck 73, as seen in FIG. 15.

(27) One or more vent holes may be made in the soffit allow circulation of air and escape of moisture. These vent holes may be made shortly after the time of fabrication of the pultruded member or at the job site, as dictated by the needs of the installer. Vent holes 64 in the soffit 14, are shown in a longitudinal view of the soffit portion 14 of trim member 56 in FIG. 9.

(28) Preferably, the method of attaching the trim members to each other are press fit connections 59, as best seen in FIG. 11, because such fasteners are easily constructed during the pultrusion process. However, because of the thermal stability of pultruded members, any fastening means may be used without concern about the expansion and contraction due to variations in temperature or moisture. Cornice assemblies and trim member manufactured via pultrusion expand and contract less than 1/26.sup.th of that of steel over a given temperature range. Thus, fasteners will not be sheared by pultruded cornice assemblies and trim members.

(29) Various fastening slots are needed in aluminum and vinyl siding trim members to facilitate expansion and contraction that occurs after installation around the fastening nail after installation. However, such fastening slots are not necessary with pultruded members because, as discussed above, the pultruded cornice assemblies and trim members of the present invention do not expand or contract due to changes in temperature or moisture. Thus, when fastening pultruded cornice assemblies to building structures, the step of having to form slots can be eliminated. Also, trim members made from aluminum or vinyl and more difficult to install than pultruded members because they cannot be firmly nailed to the sheathing but must be loosely nailed so that they literally hang from the mounting nails by way of the slots. Pultruded members can be nailed firm just like wood can be nailed to other wood.

(30) Because the pultruded cornice assemblies and trim members of the present invention have superior rigidity and strength to weight ratios, a significantly fewer fasteners are needed to attach the cornice assemblies and trim members to building structures.

(31) In combination with the pultruded cornice assemblies of the present invention and other trim members, a variety of butt joint caps, corner caps, and end caps may be used to complete the trimming of a building structure. Butt joint caps are used to bridge the area where two linear sections of a cornice assembly or trim member come together.

(32) Corner caps are used to bridge the area where two linear section of a cornice assembly or trim members come together at a corner. Both inside and outside corners are needed. While not suitable for manufacturing by pultrusion, butt joint, end, and corner caps may cost effectively be manufactured by other conventional methods such as foam injection, plastic injection, urethane casting, and the like. Caps are preferably attached with two-sided tape.

(33) End caps are used to close off the ends of cornice assemblies and trim members to prevent dirt and water from penetrating behind the cornice assembly and potentially damaging the building structure.

(34) While the invention has been specifically described in connection with certain specific embodiments thereof, it is to be understood that this is by way of illustration and not of limitation, and the scope of the appended claims should be construed as broadly as the prior art will permit.