CONTAINER FOR STORING PLATES FOR ELECTRONIC CIRCUITS AND RELATIVE METHOD
A container for storing plates for electronic circuits, able to be used in an automatic store, comprises a supporting base provided with a first face defining a supporting plane and a second face defining a storage plane. The container has at least a portion of wall, disposed in correspondence with one side of the supporting base, converging in a first corner of the supporting base and cooperating with holding elements present in an adjacent side and defining respectively a first abutment plane and a second abutment plane substantially orthogonal with each other and with the supporting plane.
1 . A container for storing plates for electronic circuits, able to be used in an automatic store, comprising a supporting base provided with a first face defining a supporting plane (P) and a second face defining a storage plane (S), the container having at least a portion of wall, disposed in correspondence with one side of said supporting base, converging in a first corner of said supporting base and cooperating with holding means present in an adjacent side and defining respectively a first abutment plane (X) and a second abutment plane (Y) substantially orthogonal with each other and with said supporting plane (P).
2 . A container as in claim 1 , wherein the holding means consists of at least a portion of wall.
3 . A container as in claim 1 , wherein said storage plane (S) is inclined with respect to the supporting plane (P).
4 . A container as in claim 1 , wherein the storage plane (S) is inclined in the direction of the first corner.
5 . A container as in claim 1 , wherein the portions of wall are located parallel and on opposite sides of said storage plane (S).
6 . A container as in claim 1 , wherein the walls define abutment planes (X, Y) substantially orthogonal to the supporting plane (P).
7 . A container as in claim 1 , wherein the storage plane (S) is inclined with respect to the supporting plane (P) and towards one of the walls.
8 . A container as in claim 7 , wherein a means is present to intercept the compartment between the walls.
9 . A container as in claim 1 , wherein said supporting base is provided with a seating able to contain means to identify said plates.
10 . A container as in claim 9 , wherein the identification means can be re-written and read.
11 . A container as in claim 1 , having structural stiffening means.
12 . A container as in claim 11 , wherein the structural stiffening means comprises first ribs disposed in the lower part of said container.
13 . A container as in claim 11 , wherein the structural stiffening means comprises ferromagnetic means.
14 . A container as in claim 13 , wherein the ferromagnetic means comprises a plate.
15 . A container as in claim 11 , wherein the structural stiffening means comprises pin elements able to cooperate with corresponding hole elements.
16 . A container as in claim 1 , wherein the walls are provided with magnetic elements.
17 . A container as in claim 16 , wherein the magnetic elements are disposed in correspondence with the first corner.
18 . A container as in claim 17 , wherein the magnetic elements are disposed at the ends of the walls.
19 . A container as in claim 1 , wherein the walls comprise stacking elements.
20 . A container as in claim 1 , wherein the stacking elements comprise second ribs made in correspondence with said walls.
21 . A container as in claim 1 , wherein the second ribs are disposed on the upper surface of the walls.
22 . A method for storing plates for electronic circuits in an automatic store, comprising at least:
a step in which said plates are disposed inside a container provided with identification means;
a step in which said identification means acquires information relating to said plates;
a step in which recognition means recognize said identification means; and
a step in which said container is sent to subsequent working steps according to said information from said identification means.