The present invention generally relates to liner attachment systems for curtains, and, in particular, to liner attachment systems for curtains that facilitate the quick and easy removal and attachment of modular liner panels.
Curtains may include sections of material that cover areas such as windows, archways, doorways, and entrances, to name a few.
In some circumstances, it may be desirable to use curtains having other functional properties, for example, light-blocking properties, thermally insulative properties, or fluid resistant properties, to name a few. For example, in the morning it may be desirable to have a curtain that blocks incoming light from a window or door, for example, so as not to disturb sleep. In cold weather, it may be desirable to trap heat in a room behind a curtain. In other situations, a curtain may be chosen to allow a desired amount of daylight into a room. Thus, it is desirable to have a curtain system that allows for interchangeability of liners to account for different situations.
Because the replacement of curtains for different situations may be costly and/or time-consuming, liner panels for curtains are available that can supplement or alter the performance properties of the curtain. Such liner materials may be suspended or otherwise disposed along an area independently of the curtain. For example, the liner is often hung on a separate rod from the curtain. Or, the liner is hung on the same rod as the curtain, but the liner is not affixed to the curtain. As a result, the liner moves independently of the curtain. The liner may also obscure a physical feature of the curtain, such as pleats, folds, or ruffles.
Conventional curtain liner attachment systems have been provided that hook or clip liner panels to curtains. However, Applicant has discovered that such conventional systems for attaching liner panels to curtains can be difficult and/or time-consuming to use, and/or may cause damage or undesired alteration to the curtain. For example, the individual removal of multiple clips or hooks may be difficult, inefficient, and/or may result in one or more portions of a curtain being pierced or torn.
An object of the present invention is to provide a liner attachment system for curtains that facilitates quick and easy attachment and removal of modular liner panels for curtains. In exemplary embodiments, a liner attachment system is provided in which complementary coupling portions that include respective fasteners, for example, a strip of snap fasteners, are disposed on each of a curtain and a liner such that the liner can be easily removed, attached, or replaced with respect to the curtain for a variety of situations. In this regard, options for using different curtain liners are provided without the disadvantages of conventional liner attachment methods.
The features and advantages of exemplary embodiments of the present invention will be more fully understood with reference to the following, detailed description when taken in conjunction with the accompanying figures, wherein:
The present invention relates to liner attachment systems for curtains that facilitates quick and easy removal and attachment of modular liner panels.
Referring to
In embodiments of the invention, curtain 10 is a sheet of material having a height that is defined by a top edge and a bottom edge that are substantially parallel to one another, and a width that is defined by side edges that are substantially parallel to one another.
Curtain 10 may be a section of textile material, for example a cloth or fabric. In some embodiments, curtain 10 may be formed of a material including one or more materials, for example, cotton, wool, silk, velvet, or polymeric materials (such as nylon or polyester). Curtain 10 may be formed of a single layer of material, or may be formed of multiple layers of material. Curtain 10 may be square, rectangular, or otherwise-shaped may be dimensioned to cover a desired area, and may be textured or patterned to suit a surrounding environment. Curtain 10 may include one or more hemmed, e.g., folded and stitched, portions, for example, to inhibit edge material from fraying, to add in weight distribution, and/or for aesthetics.
Curtain 10, as shown in
Curtain 10 also includes a coupling portion 14 along a surface thereof to facilitate coupling with liner 20, as described further herein. Coupling portion 14 may be disposed below mounting portion 12 along curtain 10, as shown in
In embodiments of the invention, coupling portion 14 include one or more fasteners 16, preferably positioned in a substantially linear fashion. For example, coupling portion 14 may be a series of snaps or hooks that are affixed to the curtain. Alternatively, coupling portion 14 may be formed of a hook-and-loop-type fastener (e.g. Velcro®), or other material, which may be stitched, adhered, heat or ultrasonically welded, or otherwise joined with curtain 10. In some embodiments, coupling portion 14 may be integrally formed with a section of curtain 10, e.g., may be a section of curtain 10 that includes fasteners directly attached to or formed thereon.
In embodiments of the invention, coupling portion 14 on the curtain 10 includes individual fasteners 16 that are each one portion of a coupling member, (for example, female portion of a snap fastener) such that engaging a corresponding coupling member (e.g. a male portion of a snap fastener) provided on a liner will allow for a temporary connection of a liner 20 to curtain 10. In the exemplary embodiment shown, fasteners 16 may be female or male-type snap fasteners, which may be formed of a metallic material, a composite material, or a polymeric material such as plastic. In other embodiments, coupling portion 14 may include one or more different types of fasteners, for example, buttons, clips, hooks, eyelets or grommets, hook-and-loop-type fasteners, tying members, magnetic strips, or adhesive tape, to name a few. In other embodiments, fasteners 16 may be one or more zipper tracks.
Fasteners 16, as shown, may be uniformly spaced across coupling portion 14. In other embodiments, fasteners 16 may have non-uniform spacing. Fasteners 16 may be spaced at intervals corresponding to another feature of curtain 10, for example, corresponding to a spacing of grommets or other features of mounting portion 12, or in relation to pleats, folds, or ruffles.
Liner 20 may be a section of textile material, for example a cloth or fabric. In some embodiments, liner 20 may be formed of a material including one or more materials, for example, cotton, wool, silk, velvet, or polymeric materials (such as nylon or polyester). As described above, liner 20 may be configured with performance properties that supplement and/or alter performance properties of curtain 10. For example, liner 20 may be configured to provide light-blocking properties, e.g., as a blackout liner. In such embodiments, liner 20 may be configured with a thickness or other property, e.g., thread count, such that light is at least partially blocked from passage therethrough.
In other embodiments, liner 20 may be configured with thermally-insulating properties so as to provide an energy-saving attachment for curtain 10. In such embodiments, liner 20 may be formed of a material with low thermal conductivity or may be configured such that heat loss through liner 20 is minimized. Alternatively, liner 20 may be configured with thermally conductive properties, e.g., to absorb solar energy as a heat source for a surrounding environment.
In still other embodiments, liner 20 may be configured with fluid-resistant properties, for example, as a protective barrier for curtain 10 in which fluids may be present. Alternatively, liner 20 may be configured with fluid-absorptive properties, e.g., hydrophilic properties.
In yet other embodiments, liner 20 may be provided with a texture that is pleasant to the touch, or complements a surrounding environment, for example, a fleece texture. Referring momentarily to
In other embodiments, liner 20 may be configured to inhibit the passage of radiation, for example, ultraviolet radiation, therethrough, e.g., as a sun-blocking member.
In still other embodiments, liner 20 may provide a mechanical dampening effect, e.g., for noice reduction and/or shock absorption.
In some embodiments, liners 20 may have a different configuration, for example, a plain white configuration such as in a backdrop, or a reflective configuration. It will be understood that a liner 20 may be configured with other properties to suit different needs as are known in the art.
Still referring again to
In embodiments of the invention, coupling portion 22 of liner 20 includes individual fasteners 24 (for example, a male portion of a snap fastener) that mate with corresponding fasteners (e.g. a female portion of a snap fastener) on the curtain 10. These mating fasteners allow for a temporary connection of liner 20 to curtain 10. In the exemplary embodiment shown, fasteners 24 are male-type snap fasteners, which may be formed of a metallic material, a composite material, or a polymeric material such as plastic. In other embodiments, liner 20 may include male-type snap fasteners and curtain 10 may include corresponding female-type snap members. In some embodiments, coupling portion 22 may include one or more different types of fasteners, for example, buttons, clips, hooks, eyelets or grommets, hook-and-loop-type fasteners, tying members, magnetic strips, or adhesive tape, to name a few. In other embodiments, fasteners 24 may be one or more zipper tracks. It will be understood by those of ordinary skill in the art that any of various fasteners may be used to temporarily connect liner 20 to curtain 10.
The attachment system 100 provides a curtain 10 with coupling portion 14 and one or more liners 20 with respective coupling portions 22 such that liners 20 can be quickly and easily attached and removed from curtain 10. Such a system facilitates the modular replacement of liners 20 for different purposes, for example, light-transmissivity, thermal performance, fluid performance, texture, and/or aesthetics, to name a few. In this regard, various liners 20 can be added, removed, or replaced with respect to curtain 10, for example, seasonally, for specific occasions, or during maintenance such as cleaning.
In use, a user aligns the coupling portion 22 of liner 20 with coupling portion 14 of curtain 10 and engages the fasteners to connect the two. In embodiments of the invention where coupling portion 16 of curtain 10 is located below the mounting portion 12 thereof, then corresponding liner 20 has a height that is less than that of curtain 10. As such, liner 20 is connected to curtain 10 below the mounting portion 12 eliminating any possibility of obstruction or impedance of the curtain mounting.
Turning to
Various modifications to liner attachment system 100 described herein are contemplated. For example, curtain 10 and/or liner 20 may each include multiple respective complementary coupling portions 14, 22 such that curtain 10 and/or liner 20 are coupled along more than one section thereof, for example, a top section, a bottom section, side sections, and/or a central section, to name a few. In some embodiments, coupling portions 14, 22 may be removable from the respective curtain 10 and/or liner 20. Curtain 10 and/or liner 20 as described herein may also be provided with flaps or pockets with which the presence of coupling portions 14, 22 can be obscured from view, e.g., for aesthetics.
While this invention has been described in conjunction with the embodiments outlined above, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. Accordingly, the exemplary embodiments of the invention, as set forth above, are intended to be illustrative, not limiting. Various changes may be made without departing from the spirit and scope of the invention.
This Application claims the benefit of pending Prov. Appl. Ser. No. 62/232,495 filed on Sep. 25, 2015—the contents of which are incorporated by reference herein.
Number | Date | Country | |
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62232495 | Sep 2015 | US |