The present invention refers to an electric grill for the cooking of food products.
In particular, the field of application is that of a “contact”-type electric grill, featuring various cooking positions, in general a first cooking position in which the two plates, the base bearing and the lid bearing of the grill are substantially in contact to quickly grill food such as chops, ribs, chicken, hamburgers, etc., a second cooking position in which the plate borne by the lid is slightly lifted up by the plate borne by the base, for the cooking of food such as pizza, fish slices, toasts, sandwiches, etc., and at least a third cooking position in which the plate borne by the lid is rotated with a rotation higher than 90° in relation to the plate borne by the base in order to double the grilling surface.
One of the drawbacks generally suffered by such apparatuses consists in that the cables suitable for electric connection between the two plates are in general located outside the apparatus and this puts the apparatus at a disadvantage both from an aesthetic point of view and because it requires thorough cleaning or protection against splashes or dirt of another kind which may concern it especially during the cooking.
An object of the present invention is to, therefore, make an electric grill for the cooking of food products which allows eliminating the technical disadvantages of the known art.
Within the scope of this object, an object of the invention is to make an electric grill for the cooking of food products which protects against dirt-causing agents the electric connection cables between the plates during the cooking.
Another object of the invention is to make an electric grill for the cooking of food products which hides from sight the electric connection cables between the plates to give the apparatus a pleasant appearance.
The last but not least object of the invention is to make an electric grill for the cooking of food products which protects against dirt-causing agents the electric connection cables between the plates during the cooking but which, at the same time, remains extremely reliable in terms of operation and simple in terms of structure.
The object, as well as other aims, according to the present invention are achieved by making an electric grill for the cooking of food products characterised in that a base shoulder and a lid shoulder of said grill are joined to each other by a hinging structure comprising a rotation pin, a slot into which said rotation pin is sliding, and a support and passage element from said lid shoulder to said base shoulder of the electric connection cables between electric components present in said base and in said lid, operationally connected to said base shoulder and to said lid shoulder.
Furthermore, other characteristics of the present invention are defined in the following claims.
Further characteristics and advantages of the invention will be more obvious from the description of a preferred but not exclusive embodiment of the electrical grill for the cooking of food products according to the invention, depicted by way of example and not limitation in the accompanying drawings, in which:
and
Referring to the mentioned figures, a hinging structure is shown, indicated overall by reference numeral 1, between a base shoulder 2 and a lid shoulder 3 of an electric grill for the cooking of food products.
The grill in particular is a contact-type one and its base features a pair of support shoulders 2 of a first cooking plate, while its lid features pair of support shoulders 3 of a second cooking plate.
The hinging structure 1 comprises a rotation pin 4, describing in particular a rotation axis 8 orthogonal to the main position plane of the base shoulder 2 and the lid shoulder 3, a slot 5 into which the rotation pin 4 is sliding, and a support and passage element 6 from the lid shoulder 3 to the base shoulder 2 of the electric connection cables 7 between electric components present in the base and the lid of the grill.
The passage element 6 is operationally connected to both the base shoulder 3 and the lid shoulder 3.
Preferably, the rotation pin 4 is present on the lid shoulder 3, the slot 5 is present on the base shoulder 2, and the passage element 6 is present inside the base shoulder 2 which has, as one can see, a box-like configuration.
The operational connection of the passage element 6 to the lid shoulder 3 is achieved by a second slot 9, present on the passage element 6, into which the rotation pin 4 is sliding.
The operational connection of the passage element 6 to the base shoulder 2 is achieved by a second rotation pin 10, present on the passage element 6, sliding into a third slot 11 present in the base shoulder 2.
In a similar manner, in a case not depicted, the second rotation pin 10 and the third slot 11 may present an inverted position on the passage element 6 and in the base shoulder 2.
Advantageously, the passage element 6 features a layout 12 for the placement of the electric cables 7.
The layout 12 circumscribes the second slot 9, and more precisely, extends along the perimeter of the passage element 6.
The layout 12 features at least one of its portions 13 facing the first slot 5 for the passage of the electric cables 7 to the lid shoulder 3 directly through the first slot 5.
The layout 12 comprises shaped elements 14 for holding the cables 7, projecting from the perimeteral edge of the passage element 6.
The shaped elements 14 extend inside the extension of the main faces of the passage element 6 in order not to add extra thickness.
The portion 13 of the layout 12 comprises a tubular element 15 orthogonal to the main position plane of the passage element 6, through which the cables 7 are inserted to be deflected by a position plane parallel to a position plane orthogonal to the main position plane of the passage element 6.
The passage element 6 is actually preferably a plate extending along a preferential extension axis.
Such plate is operationally connected to the base shoulder 2 and to the rotation pin 4 exactly at its most distant ends along its preferential extension axis.
The operation of the hinging structure 1 according to the invention appears obvious from what is described and depicted.
In practice, the various operational positions of the grill are achieved by the movement of the lid shoulder 3 which is capable of both rotating about the rotation axis 8 and translating vertically along the first slot 5 which in fact extends in vertical.
During the rototranslation of the lid shoulder 3, the rotation pin 4, thanks to its engagement into the second slot 9, moves the passage element 6 and the part of the cables 7 supported by the latter so that these reposition themselves while conveniently adjusting to each operational position of the grill.
The thus conceived electric grill allows laying the electric cables in a hidden and protected position through the inside of the hinging structure 1 and thus achieves the pre-established objectives without making the structure of the grill and/or its operation mode more complex.
The thus conceived electric grill is subject to numerous modifications and variations, all of which fall under the scope of the inventive concept; furthermore, all details may be replaced by technically equivalent elements.
In practice, all materials used, as well as the dimensions, may be anything depending on needs and on the state of the art.
Number | Date | Country | Kind |
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MI2006A000525 | Mar 2006 | IT | national |
Filing Document | Filing Date | Country | Kind | 371c Date |
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PCT/EP2007/002239 | 3/14/2007 | WO | 00 | 9/22/2008 |