A molding unit for forming and cooking meat, comprising a single recipient-shaped bottom die a concavity of which faces upwards and is destined to contain meat, and a single cover aligned with a mouth of the concavity of the bottom die, which cover is joined to the bottom die and positioned below th
A molding unit for forming and cooking meat, comprising a single recipient-shaped bottom die a concavity of which faces upwards and is destined to contain meat, and a single cover aligned with a mouth of the concavity of the bottom die, which cover is joined to the bottom die and positioned below the bottom die, such as to be destined to close a further mouth of a further concavity of a bottom die of a molding unit which is identical and positioned below the molding unit.
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1. A moulding unit for forming and cooking meat, comprising a recipient-shaped bottom die (2) having a concavity facing upwards, destined to contain meat, comprising a bottom die (2) and a cover (6) aligned with a mouth of the concavity of the bottom die (2), said cover (6) is joined to the bottom d
1. A moulding unit for forming and cooking meat, comprising a recipient-shaped bottom die (2) having a concavity facing upwards, destined to contain meat, comprising a bottom die (2) and a cover (6) aligned with a mouth of the concavity of the bottom die (2), said cover (6) is joined to the bottom die (2) and positioned below the bottom die (2), such as to be able to close the mouth of the bottom die (2) of a further moulding unit which is identical to and positioned below the moulding unit, the moulding unit being fit to be individually handled and fit to be stacked in vertical columns and in horizontal rows, wherein the bottom die (2) comprises constraining elements (33, 34, 38, 40) configured to cooperate with constraining elements (33, 34, 38, 40) of an identical moulding unit flanking the moulding unit at a same level thereas, in order to define contact walls or a releasable bilateral constraint in a horizontal direction between the moulding unit and the flanking moulding unit, and wherein the bottom die (2) comprises a connector (5, 32) comprising at least a first hook element (5) and at least a second hook element (32), wherein the first hook element (5) is destined to hook to the second hook element (32) of an identical moulding unit positioned below another moulding unit, when lower contact surfaces (31) of the upper moulding unit are resting on upper contact surfaces (32) of the underlying moulding unit, creating a constraint which prevents the upper moulding unit from separating from the underlying moulding unit in a vertical direction. 2. The moulding unit of claim 1, wherein the cover (6) is joined to the bottom die (2) by a guide (62, 63) which enable reciprocal displacements in a vertical direction, elastic members (65) being provided for pushing the cover (6) towards an endrun position in which the cover (6) is at a maximum relative distance from the bottom die (2). 3. The moulding unit of claim 1, wherein the bottom die (2) comprises right lateral contact walls (33) and left lateral contact walls (34), the left lateral contact walls (34) being destined to contact against the right lateral contact walls (33) of an identical flanking moulding unit which is located at a same level thereas, in order to establish a minimum relative horizontal distance there-between. 4. The moulding unit of claim 1, wherein the bottom die (2) comprises upper contact walls (32) and lower contact walls (31), the lower contact walls (31) being destined to rest on the upper contact walls (32) of an identical moulding unit positioned below a moulding unit, in order to establish a minimum vertical distance there-between. 5. The moulding unit of claim 1, wherein the first hook element (5) is mobile on the bottom die (2) between an operating position in which it is destined to realise a hooking with the second hook element (32) of the underlying moulding unit, and at least a release position in which the hooking is freed. 6. The moulding unit of claim 5, wherein the first hook element (5) is associated to elastic biasing members (56) destined to push the first hook element (5) into the operating position thereof, and in that the first hook element (5) and the second hook element (32) are conformed such that following a vertical nearing movement of the upper moulding unit to the underlying moulding unit, the first hook element (5) of the upper moulding unit is pushed by the second hook element (32) of the underlying moulding unit towards the release position thereof, in opposition to the elastic biasing members (56), up to reaching a relative vertical position in which the second hook element (32) of the underlying moulding unit returns with a click-coupling into the operating position. 7. The moulding unit of claim 1, wherein the bottom die (2) comprises second constraining elements (35, 36) for cooperating with second constraining elements (35, 36) of another identical moulding unit positioned below the upper moulding unit, when the lower contact surfaces (31) of the upper moulding unit are resting on the upper contact surfaces (32) of the underlying moulding unit, in order to define a bilateral constraint in a horizontal direction between the upper moulding unit and the underlying moulding unit. 8. The moulding unit of claim 7, wherein the constraining elements comprise at least two vertically-developing engaging elements (35), and at least two vertical-axis holes (36), which are destined to receive respectively the engaging elements (35) of an identical moulding unit stacked on the underlying moulding unit. 9. The moulding unit of claim 1, wherein the constraining elements comprise at least two further vertically-developing engaging elements (38), and at least two further vertical-axis holes (40), which are respectively destined to receive the further engaging elements (35) of an identical and flanking moulding unit stacked at a same level as the moulding unit. 10. The moulding unit of claim 3 wherein the bottom die (2) comprises two heads (3) positioned at opposite ends of the concavity, each of the heads (3) comprising a rectangular closing plate (30) arranged vertically for closing the respective ends of the concavity, the closing plate (30) being surrounded by a perimeter frame of walls perpendicular to the closing plate (30), of which two are opposite horizontal walls (31, 32) destined respectively to define a lower contact surface and an upper contact surface, and two opposite vertical walls (33, 34) destined respectively to define a right lateral contact surface and a left lateral contact surface. 11. The moulding unit of claim 1, wherein the second hook element is provided by the upper horizontal wall (32) of a head (3), and the first hook element comprises an arm (5) which is hinged at a horizontal axis on an external flank of the closing plate (30) of the head (3) and develops downwards and terminates with a hook element which projects below the lower horizontal wall (31), for hooking the upper horizontal wall (32) of a head (3) of an identical moulding unit positioned below the moulding unit. 12. The moulding unit of claim 10, wherein the heads (3) comprise a horizontal shelf (37) projecting transversally from a first of the vertical walls (33, 34) and coplanar with a first of the horizontal walls (31, 32), the first horizontal wall (31, 32) exhibiting a lowered seating (39) located at the second vertical wall, which lowered seating (39) is destined to restingly receive the projecting shelf (37) of a moulding unit which is identical to and flanking the moulding unit, the further vertical-axis holes (40) and the further vertically-developing engaging element (38) being respectively associated to the lowered seatings (39) and to the projecting shelves (37) or vice versa.
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이 특허에 인용된 특허 (7)
Champalaune Jean-Claude,FRX ; Corveler Yvon,FRX, Apparatus for treatment of food products.
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