Panel hook

Abstract

A panel hook configured to hook a panel, such as a curtain, to a carrier, such as a rail. The panel hook includes a panel fastening element configured to fasten the panel to the panel hook by arranging the panel fastening element in a pocket of the panel in an arranging direction, and a hook element arranged on a first outer end of the panel fastening element and configured to hook the panel hook onto the carrier. The panel fastening element includes at a second outer end lying opposite the first outer end a barb configured such that a distance between a free outer end of the barb and the first outer end is at least the same as the dimension of the pocket in the arranging direction.

Claims

1. A panel hook configured to hook a panel to a carrier, the panel hook comprising: a foot configured to fasten the panel to the panel hook when the foot is disposed in a pocket of the panel in an arranging direction; and a hook element arranged on a first outer end of the foot and configured to hook the panel hook onto the carrier, the hook element including a hook shank and a hook bend, the hook bend disposed between the hook shank and the foot, and a barb arranged at a second outer end of the foot, the second outer end lying opposite the first outer end, wherein the barb is oriented at an oblique angle with respect to the foot and is configured such that a distance between a free outer end of the barb and the first end of the foot is at least the same as the dimension of the pocket in the arranging direction; wherein the hook shank has an axis such that a distal portion of the hook shank is closer to the foot than a proximal portion of the hook shank; wherein the foot is substantially flat and has a width, and the barb is substantially flat and extends over the entire width of the foot; wherein a portion of the hook element between the foot and the hook bend includes a pair of arcuate recesses disposed on opposite outer side surfaces of the hook, the recesses constituting a reduced thickness section of the hook element therebetween; and wherein the hook element has a width at the foot that is the same as the width of the foot, and a diameter of the hook bend is smaller than the width of the foot.

2. The panel hook according to claim 1, wherein the barb is directed toward the hook element and extends in a direction opposite to the arranging direction.

3. The panel hook according to claim 1, wherein the foot is configured to be arranged with respect to a wall of the pocket such that the wall is confined between the barb and the hook element.

4. The panel hook according to claim 1, wherein the foot is elongate and extends parallel to the arranging direction.

5. The panel hook according to claim 1, wherein the hook element extends beyond the barb.

6. The panel hook according to claim 1, wherein the foot and the hook element are manufactured integrally.

7. The panel hook according to claim 6, wherein the foot and the hook element are manufactured from a piece of plastic.

8. The panel hook according to claim 1, wherein the barb is oriented at the oblique angle to form a continuous notch where the respective flat surfaces of the barb and the foot meet along the width of the foot.

Description

(1) The invention will be further elucidated on the basis of figures shown in a drawing, wherein

(2) FIGS. 1A through 1F show various views of a so-called wave curtain to which several panel hooks according to a preferred variant of the invention are connected;

(3) FIGS. 2A through 2F show various views of the panel hook used in the wave curtain of FIGS. 1A through 1F; and

(4) FIG. 3 shows in steps, in side view, how the panel hook of FIGS. 2A through 2F is slid into a pocket of a panel.

(5) FIGS. 1A through 1F show a so-called wave curtain 1 to which a tape 2 with pockets 3 is attached. Pockets 3 with a width of for instance 1 centimetre are arranged at a regular distance from each other in the tape 2, particularly manufactured from woven plastic. Pockets 3 are woven at a mutual distance by arranging a strip 4 on the tape 2. Panel hooks 6 according to the invention can be inserted into the pockets 3.

(6) FIGS. 2A through 2F show various views of a panel hook or wave hook 6 used in FIGS. 1A through 1F. Panel hook 6 is manufactured from a piece of plastic and is constructed from a flat, stable foot which serves as panel fastening element 7 (as will be elucidated further hereinbelow), and from a hook element 8 provided with a hook bend 9 and a hook shank 10 with a knob 11 for hooking the wave curtain onto the rail in simple and safe manner. As drawn, the panel fastening element 7 comprises two outer ends: situated at a first outer end is the hook element 8 and situated at a second outer end lying opposite the first outer end is a barb 12. The foot, i.e. panel fastening element 7, is configured to fasten curtain 1 to panel hook 6 by arranging panel fastening element 7 in the pocket 3 of curtain 1 in an arranging direction (indicated with the arrow). A distance between a free outer end 13 of barb 12 and the first outer end is chosen such that it is at least the same as the dimension of the pocket 3 in the arranging direction. This results in the panel hook 6 being suspended in the pocket 3 at the position of a notch 15 formed by barb 12 and panel fastening element 7, wherein reference is made to FIG. 3. A wall of the pocket 3 is preferably clamped (after the panel fastening element 7 has been arranged) between barb 12 and hook element 8, i.e. is arranged therebetween in clicking or snapping manner. In other words, the panel fastening element 7 is then slid into the pocket 3 in one longitudinal movement in the arranging direction, such that the wall of the pocket 3 is then confined between the barb 12 and the hook element 8. This makes it possible to mount the panel fastening element 7 in the pocket 3 in reliable manner in a simple and controlled movement, either manually or mechanically. As shown in FIGS. 2A through 2F particularly in FIGS. 2D and 2F, the hook element 8 comprises, in a part thereof between the foot 7 and the hook bend 9, engaging means in the form of two recesses 14 arranged opposite each other in order to enable the panel hook 6 to be engaged there mechanically (in centring manner) and then be inserted into the pocket 3 mechanically.

(7) As drawn, the barb 12 is directed toward the hook element 8 and extends in a direction obliquely opposite to the arranging direction. The panel fastening element 7 is elongate and extends parallel to the insertion direction.

(8) FIG. 3 shows in steps, in side view, how the panel hook 6 of FIGS. 1A through 1F and 2A through 2F is slid into the pocket 3 of the panel 1 in the direction of the arrow. Parts corresponding to those of FIGS. 1A through 1F and 2A through 2F are designated with the same reference numerals. It can be clearly seen that, at the position of the notch 15 formed by the barb 12 and the panel fastening element 7 of the panel hook, the panel hook 6 is fastened in suspended manner in the pocket 3 of the panel 1 in its final position (at the bottom of FIG. 3).

(9) The invention is not limited to the drawn embodiment, but also extends to other preferred variants falling within the scope of the appended claims.