1. An arrangement for working workpieces (10), in particular for assembling conductor plates, comprising at least two workstations (1, 2) for receiving the workpieces (10), which stations are disposed one after the other along a transport path via which the workpieces (10) are normally moved through the arrangement, at least one bypass element (3) being arranged outside the normal transport path of the workpieces (10) for allowing the workpieces (10) to bypass at least the first workstation (1).
2. The arrangement according to claim 1, wherein a second bypass element (4) is arranged outside the normal transport path of the workpieces (10) by way of which the workpieces can bypass the second workstation (2).
3. The arrangement according to claim 2, wherein the transport direction (3\u2032, 4\u2032) of at least one of the first bypass element (3) and the second bypass element (4) is reversible.
4. The arrangement according to claim 1, wherein there is provided at least a first transport element (7) for supplying workpieces (10) at least to the first workstation (1) as well as an intermediate transport element (8) to which workpieces can be supplied at least from the first workstation (1), the first transport element (7) being adjustable in such a way that workpieces (10) can be supplied to the first bypass element (3), and the intermediate transport element (8) or respectively, the first transport element (7) being so adjustable that it can accept workpieces (10) from the first bypass element (3).
5. The arrangement according to claim 4, wherein the intermediate transport element (8) comprises separate first and second partial transport elements.
6. The arrangement according to claim 2, wherein workpieces (10) are transferable via the intermediate transport element (8) at least to the second workstation (2) and at least a third transport element (9) is provided to which workpieces (10) can be supplied at least from the second workstation, the intermediate transport element (8) being adjustable for supplying workpieces (10) to the second bypass element (4) and the third transport element (9) being adjustable for accepting workpieces (10) from the second bypass element (4).
7. The arrangement according to claim 1, wherein at least a first buffer element (5) is provided which is arranged outside the normal transport path of the workpieces (10) and the first transport element (7) is adjustable for supplying workpieces (10) to the first buffer element (5) and the intermediate transport element (8) is adjustable for accepting workpieces from the first buffer element (5).
8. The arrangement according to claim 7, wherein a second buffer element (6) is provided which is arranged outside the normal transport path of the workpiece (10) and the intermediate transport element (8) is so adjustable that workpieces (10) can be supplied to the second buffer element (6) and the third transport element (9) is adjustable so that it can accept workpieces from the second buffer element (6).
9. The arrangement according to claim 5, wherein at least the first workstation (1) and at least the first buffer element (5) are adjustable to the track width of the workpieces (10) and the track width adjustment of the first buffer element (5) is coupled with the adjustment of the track width of the first workstation (1).
10. The arrangement according to claim 5, wherein at least the second workstation (2) and at least the second buffer element (6) are adjustable to the track width of the workpieces (10) and the adjustment of the track width of the second buffer element (6) is coupled with the track width adjustment of the second workstation (2).
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A supplemental fill valve for use in a toilet tank, to work in conjunction with a flapper and a typical fill valve having a float cup and a valve body, comprising in combination:
a supplemental float cup forming a recess and at least one opening therein;
a vertical member installed through the recess, on which the supplemental float cup freely moves up and down; and
a coil spring placed between the top of the vertical member and the top inside of the supplemental float cup, wherein the coil spring exerts upward pressure from the top of the valve body against the top of the float cup, wherein the float cup fills at least partially with water taken in through the at least one opening, and wherein when the flapper is lifted and water flows out of the tank, the float cup moves down the valve body until the spring is substantially compressed, and wherein when the water that at least partially filled the float cup runs out of the float cup through the at least one opening, the spring returns the float cup to the upper position; and
a lifting member extending from the supplemental float cup to the float cup for lifting the float cup.
2. A supplemental fill valve according to claim 1, wherein the at least one opening in the supplemental float cup comprises at least one opening on or near the bottom of the supplemental float cup and at least one opening at or near the top of the supplemental float cup.