Patent Application
20230398811
The present disclosure relates generally to a handle device, and more particularly, to a handle device for supporting a canvas panel.
Canvas panels typically comprise a rigid, wooden frame and a layer of canvas fabric that is stretched tightly across the frame and secured thereto using, for example, adhesive, staples, etc. As assembled, the canvas fabric provides a planar surface that artists commonly use as a painting surface. Conventionally, a canvas panel may be placed on an easel or a table for support, allowing an artist to paint on the canvas panel while it rests on the easel or table.
According to a first aspect, a handle device for a canvas panel includes a main body and a pin protruding from the main body, the main body including a grip member that is an elongated body with one or more curved gripping surfaces. The handle device is removably attachable to the canvas panel by inserting the pin into the canvas panel.
According to a second aspect, a handle device for a canvas panel includes a main body having a grip member; a first standoff member extending from the main body; and a pin protruding from the main body. The handle device is removably attachable to the canvas panel by inserting the pin into the canvas panel. Moreover, the handle device is configured to rest on a planar surface in a resting position such that the first standoff member rests directly on the planar surface and supports the main body, and a gap is present between the planar surface and the grip member.
According to a third aspect, a handle device for a canvas panel includes a main body having a abutment member, the abutment member being an elongated body having an abutment surface that is planar; a grip member; and a first spacing member having one end attached to the abutment member and another end attached to the grip member such that the first spacing member spaces the grip member from the abutment member. The handle device further includes a first pin protruding from the abutment surface of the abutment member. The handle device is removably attachable to the canvas panel by inserting the pin into the canvas panel such that the abutment surface of the abutment member abuts and extends flush against the canvas panel.
Embodiments of the invention are better understood when the following detailed description is read with reference to the accompanying drawings, in which:
Referring to
Conventionally, each canvas panel 10 may be placed on an easel or a table for support, allowing an artist to paint on the canvas panel 10 while it rests on the easel or table. However, various portions of the easel or table may touch or otherwise block side surfaces 20a-d of the canvas fabric 16, thereby impeding the ability to paint those surfaces. Moreover, an easel or table typically will only support the canvas panel 10 in a specific orientation, which may not be desirable for certain painting techniques. If a painter wants to arrange the canvas panel 10 in a different orientation, they typically have to manipulate and sometimes support the canvas panel 10 directly by hand, which can be problematic for several reasons. For example, it may be difficult for the painter to firmly grip the panel 10, particularly if the side surfaces 20a-d have paint on them and cannot be touched. Accordingly, a handle device will now be described that a user can removably attach to the panel 10 for handling and supporting the panel 10 while painting.
Turning to
The handle device 30 can be removably attached to a canvas panel 10 (see
Further details and example structure of the handle device 30 are described below. However, it is to be appreciated that the main body 32 and pins 34 of the handle device 30 can comprise a variety of different configurations without departing from the scope of this disclosure. For instance, the main body 32 can comprise a rigid, wooden body, and the pins 34 can be fixed to the main body 32 via fasteners or other means such that they project therefrom in the same or different directions. Generally speaking, the handle device 30 can comprise any configuration having a main body and one or more pins fixed thereto that can be pushed into the canvas panel 10 to removably attach the handle device 30 to the panel 10.
In some examples, the main body 32 of the handle device 30 can comprise a plurality of members that are fixed together and collectively form the main body 32. For instance, the main body 32 in the present example includes a grip member 40, an abutment member 42, and first and second spacing members 44a, 44b, which are described below in further detail. Broken lines are provided in
The grip member 40 is an elongated body having one or more curved gripping surfaces for accommodating a user's hand. In particular, the grip member 40 has a concave gripping surface 52 on one side of the member 40 that faces away from the canvas panel 10 (and abutment member 42) when the handle device 30 is attached thereto, and a convex gripping surface 54 on an opposite side of the member 40 that faces the canvas panel 10 (and abutment member 42) when the handle device 30 is attached thereto. The surfaces 52, 54 are curved such that their curvatures extend substantially parallel to each other. In particular, the surfaces 52, 54 are substantially concentric such that they curve about a common axis that extends transverse to (e.g., substantially perpendicular to) the pin direction Dp.
In this manner, a user can place their hand around the curved surfaces 52, 54 of the grip member 40 to hold and manipulate the handle device 30. Moreover, the curved nature of the grip member 40 and its gripping surfaces 52, 54 can help provide comfortable surface for the user to grip. However, the grip member 40 can be configured in alternative manners to provide one or more curved gripping surfaces for a user. Moreover, the grip member 40 may have no curved gripping surfaces in some examples.
The abutment member 42 is an elongated body having a planar abutment surface 58 that extends along and defines a mounting plane P of the handle device 30. Moreover, the pins 34 are configured to protrude from the abutment surface 58 along the pin direction Dp, which is substantially perpendicular to the mounting plane P. The abutment surface 58 is configured to abut and extend flush against the rear surface 22 of the canvas panel 10 when the handle device is mounted thereto, thereby providing a broad area of contact between the handle device 30 and canvas panel 10 that prevents relative movement between the handle device 30 and canvas panel 10 and enhances stability. In order to increase the area of contact between the handle device 30 and canvas panel 10 and thus increase stability, the surface area of the abutment surface 58 is preferably at least 1.5 square inches, and more preferably at least 2.5 square inches.
For further stability, the abutment surface 58 is preferably elongated such that it can extend along and support a rigid frame member 12 of the canvas panel 10. Moreover, one of the pins 34 is arranged to protrude from one end portion of the elongated surface 58, while the other pin 34 is arranged to protrude from the other end portion of the surface 58. In this manner, the spacing between the pins 34 (and where they attach to the canvas panel 10) can be maximized to further increase stability. However, other configurations of the abutment surface 58 and pins 34 are possible in other embodiments. Broadly speaking, the abutment surface 58 of the abutment member 42 can be any surface that is planar and configured to abut and extend flush against the canvas panel 10 when the handle device 30 is mounted thereto.
The first and second spacing members 44a, 44b each have one end attached to the abutment member 42 and another end attached to the grip member 40, such that the spacing members 44a, 44b space the grip member 40 from the abutment member 42 and canvas panel 10. Moreover, the first and second spacing members 44a, 44b are spaced apart from and extend substantially parallel to each other. In this manner, a gap is provided between the grip member canvas panel 10, and spacing members 44a, 44b that a user can place their hand within to grab and hold the grip member 40. Specifically, the gap is defined by the grip member 40, abutment member 42, and spacing members 44a, 44b.
It is to be appreciated that the number and configuration of the members 40, 42, 44a, 44b of the handle device 30 can vary in different embodiments. For instance, the handle device in some examples may exclude the abutment member 42, such that the spacing members 44a, 44b are directly attached to the pins 34 and will directly abut the canvas panel 10 when mounted thereto. Moreover, in some examples, the handle device 30 may have a single spacing member 44 that spaces the grip member 40 from the abutment member 42 and canvas panel 10. Broadly speaking, the main body 32 of the handle device 30 can comprise any configuration of one or more members that support the pin(s) 34 and provide a gripping portion for a user.
As discussed above, the handle device 30 can be removably attached to the canvas panel 10 by pushing its pins 34 along the pin direction Dp into a portion of the canvas panel 10. For example, the handle device 30 shown in
Furthermore, as shown in
Preferably, the handle device 30 is configured such that at least a portion of its grip member 40 will be spaced from the planar surface 60 in the resting position. For instance, the handle device 30 in the present embodiment has a pair of standoff members 64a, 64b that respectively extend from the handle device's main body 32 in first and second standoff directions Ds1, Ds2 (see
The standoff members 64a, 64b in the present embodiment are integrally formed with the main body 32 and extend from opposite end portions of its grip member 40 in first and second standoff directions Ds1, Ds2 that are both opposite and substantially parallel to the pin direction Dp. However, other numbers and configurations of the standoff members 64a, 64b are possible without departing from the scope of the disclosure. For instance, the standoff members 64a, 64b may extend from other portions of the main body 32 in directions that are transverse to the pin direction Dp. Still further, the handle device 30 may exclude the standoff members 64a, 64b members in some embodiments, such that the main body 32 rests directly against the planar surface 60 in the resting position. In such embodiments, a gap can still be provided between the grip member 40 and the planar surface 60 if, for example, the grip member 40 is curved or recessed.
Illustrative embodiments have been described, hereinabove. For the purposes of this disclosure, the phrase “substantially perpendicular” as used herein means within 15° or less of perpendicular, and preferably within 10° or less of perpendicular; and the phrase “substantially parallel” as used herein means within 15° or less of parallel, and preferably within 10° or less of parallel. It will be apparent to those skilled in the art that the features described above may incorporate changes and modifications without departing from the scope of this disclosure. The invention is therefore not limited to particular details of this disclosure, and will encompass modifications and adaptions thereof within the spirit and the scope of the appended claims.
This application claims the benefit of U.S. provisional application Ser. No. 63/366,268 filed Jun. 13, 2022, the contents of which are incorporated by reference.
| Number | Date | Country | |
|---|---|---|---|
| 63366268 | Jun 2022 | US |
