The present invention relates to an arrangement for product display prongs intended for displaying products in stores and the like and which comprises a cantilever arm for carrying the products and a feed device which is displaceable along the arm and provided with a grip part and is intended, when acted on manually, to displace the products carried by the arm in the forward direction toward the free end thereof for the purpose of bringing about a favorable display of the products, and which cantilever arm comprises two essentially parallel wires which at their one ends are adapted for attachment to a supporting construction and the other, outer ends of which form the free end of the arm.
The majority of product display prongs of this type in use today suffer from the disadvantage that, when the products on the prong start to run out, it is difficult for the customer to find remaining products, as a number of prongs with different types of product are in most cases positioned close together. It has therefore long been desirable for the front product of the products carried by a prong always to be located as far forward on the prong as possible, even if there are only a few products on the prong.
It has previously been proposed to provide product prongs of this type with a manually operated feed device which can run along the prong. In order for it to be possible for this to be taken hold of, it has usually been provided with an upwardly, forwardly projecting grip part. Such grip parts can, however, constitute an obstruction for products on, for example, prongs located above and limit inter alia the minimum possible spacing between prongs located one above another.
In order to overcome inter alia this problem, spring-operated feed devices which do not have to be operated manually have been proposed. However, such feed devices are more complicated and more expensive to manufacture and assemble as they consist of several components. They can also be difficult to use for some types of product, such as bags containing loose material.
One object of the present invention is to produce a manual feed device for products on wire prongs, which inter alia eliminates the abovementioned disadvantages of previously known arrangements of this type.
The invention is based on the realization that this object can be achieved if the feed device is provided with a grip part which, in the rest position, that is to say when no feeding operation is being performed, does not project from the prong in any direction, but which, for feeding, is simple to take hold of.
In this connection, it is particularly characteristic of an arrangement of the type indicated in the first paragraph that the feed device comprises a part which is intended for interaction with products carried by the wires and can be displaced along the wires, an elongate grip part connected thereto, which extends essentially parallel to and between the wires, and a guide element, fixed between the outer ends of the wires, for guiding the elongate grip part.
An arrangement of this type achieves inter alia the abovementioned object of, in the rest position, not constituting an obstruction for products on the prong or on adjacent prongs and thus does not limit how closely the prongs can be positioned.
It is preferred that the guide element is made with a guide groove or a through opening for guiding the grip part. When the wire prong is U-shaped with an upwardly angled end portion, the guide element suitably has an angle corresponding to the angle of the wires, the guide groove or guide opening of the grip part extending essentially parallel to the direction of the main part of the wires. The guide element can then be fastened between the outer portions of the wires.
The grip part is suitably made in such a way that its outer end is located in a protected manner under a part joining the outer ends of the wires, when the feed device is located in a pushed-in rest position.
Other features of the invention emerge from the following patent claims.
The invention will be described in greater detail below with reference to the embodiment shown by way of example in the accompanying drawings.
In
The prong shown is made in the form of a bent wire. It can just as well consist of two separate wires, the outer ends of which are either free or interconnected. The wires 2 and 3 can also be replaced by other supporting elements of any cross section. As an alternative to being located in a common horizontal plane, the wires or equivalent elements can be located in a common vertical plane.
At the outer ends of the wires 2 and 3, a guide element 6 is arranged, in the case shown by being pressed firmly between the wires. In the embodiment shown, this guide element is made with a through opening 7 (see
The grip part 8 is, at its inner end, connected to a feed plate 9 and, together with this, forms a feed device for products (not shown) which are carried on the prong 1.
The front end of the grip part 8 is made in the form of a thumb grip 10 which is shaped so as to be easy to take hold of and so that, in the rest position of the feed device according to
The feed device consisting of the grip part 8 with its thumb grip 10 and feed plate 9 requires no extra space as the grip part 8 extends between the wires 2 and 3. When it is necessary to feed products carried by the prong toward its front end, it is easy, by means of the thumb grip 10, to pull out the grip part 8 with the feed plate 9 toward the position shown in
In the case of the prong with an upwardly angled outer portion shown in the drawings, the guide element 6 is also made in the form of a correspondingly angled element. This means that the opening 7 or a corresponding guide groove in the guide element 6 can extend essentially horizontally and in the same plane as the main part of the grip part 8 located between the wires 2 and 3. This simplifies both manufacture and use of the arrangement.
The invention has been described above in connection with the embodiment shown in the drawings. However, it can be varied with regard to various details within the following patent claims. The invention can therefore be applied to prongs with a shape other than that shown by virtue of the design of the guide element 6 being adapted to the shape of the prong concerned. Other variations are also possible while retaining the advantage of a grip part located between the wires of the prong or equivalent.
Number | Date | Country | Kind |
---|---|---|---|
0103132-7 | Sep 2001 | SE | national |
Filing Document | Filing Date | Country | Kind |
---|---|---|---|
PCT/SE02/01696 | 9/19/2002 | WO |