1. A combustion system comprising:
a combustible transitory item that generates a predetermined combustion energy; and
an RFID device, constructed wholly of organic matter and physically associated with said combustible item, adapted to characterize said combustible item and substantially combusts at said combustion energy.
2. The system of claim 1 wherein said RFID device substantially combusts at 95% of said combustion energy.
3. The system of claim 2 wherein said RFID device substantially combusts at 90% of said combustion energy.
4. The system of claim 3 wherein said RFID device substantially combusts at 80% of said combustion energy.
5. The system of claim 4 wherein said RFID device substantially combusts at 50% of said combustion energy.
6. The system of claim 1 further comprising an item support adapted to repeatedly accept sequential transitory items in a substantially fixed item position.
7. The system of claim 6 further comprising a substantially closed item support adapted to fit said item.
8. The system of claim 7 wherein said item support includes a weapon barrel and said item includes an explosive projectile.
9. A combustion system comprising:
an item;
an energizer adapted to expose said item to a predetermined combustion energy;
an RFID device, constructed wholly of organic matter and physically associated with said item, adapted to characterize said item and substantially combusts at said combustion energy.
10. The system of claim 9 wherein said RFID device substantially combusts at 95% of said combustion energy.
11. The system of claim 10 wherein said RFID device substantially combusts at 90% of said combustion energy.
12. The system of claim 11 wherein said RFID device substantially combusts at 80% of said combustion energy.
13. The system of claim 12 wherein said RFID device substantially combusts at 50% of said combustion energy.
14. The system of claim 9 further comprising an item support adapted to repeatedly accept sequential transitory items in a substantially fixed item position.
15. The system of claim 14 wherein said item support includes an assembly line station.
16. A clean measurement process comprising:
physically associating a combustible transitory item that generates a predetermined combustion energy with an RFID device constructed wholly of organic matter and, said RFID device adapted to characterize said combustible item and substantially combust at said combustion energy.
17. The process of claim 16 further comprising orienting the item in substantially fixed item position.
18. The process of claim 17 further comprising repeatedly orienting a sequence of items in said substantially fixed item position.
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 warpknitted spacer fabric (11) comprising two knitwear layers (12, 13) which are positioned parallel relative to one another, and a plurality of pile yarns (14) connecting the two knitwear layers (12, 13), wherein the pile yarns (14) which extend to and fro,
wherein the two knitwear layers (12, 13) comprise courses (22, 23) generally extending in a direction of production, and weft threads (15, 16) connected by knitting to the two knitwear layers (12, 13), wherein the pile yarns (14) extend generally in the direction of production and are connected to the two knitwear layers (12, 13), wherein at least one of the two knitwear layers (12, 13) further comprises at least one weft thread (151, 161), the at least one weft thread (151, 161) having a lower tear strength then the other weft threads (15, 16) and being worked in, thereby producing a substantially linear nominal separating region (T) and
wherein, in the linear nominal separating region (T), at least one of the pile yarns (14) is left out, thereby providing a weakening of the substantially linear nominal separating region (T).
2. A warpknitted spacer fabric according to claim 1, wherein
in both knitwear layers (12, 13) arranged in positions corresponding to one another, there is worked in at least one weft thread (15\u2032, 16\u2032) of a lower tear strength thereby producing the substantially linear nominal separating region (T).
3. A warpknitted spacer fabric according to claim 1, wherein,
in the longitudinal direction, next to the area where at least one pile yarn (14) has been left out, there is worked in at least one additional pile yarn (24, 25) laid in a way which deviates from the above-mentioned pile yams (14).
4. A warpknitted spacer fabric according to claim 3, wherein
the pile yarns (14) mentioned first, in the direction of production P, extend transversely to and fro in the knitwear layers (12, 13) and that the at least one additional pile yarn (24, 25), in the direction of production P, forms linearly arranged connections in the knitwear layers (12, 13).
5. A warpknitted spacer fabric according to claim 1, wherein
the at least one weft thread (15\u2032, 16\u2032) of a lower tear strength is marked by a colour which deviates from that of the remaining weft threads (15, 16).
6. A warpknitted spacer fabric according to claim 1, wherein
the weft threads (15, 16) of a higher tear strength which directly adjoin the at least one weft thread (15\u2032, 16\u2032) of a lower tear strength are marked by a colour which deviates from that of the remaining weft threads.
7. A warpknitted spacer fabric according to claim 1, wherein
the weft threads (15\u2032, 16\u2032) of a lower tear strength are formed by a monofilament with a thickness smaller than 50 dTex, more particularly smaller than 30 dTex.
8. A warpknitted spacer fabric according to claim 1, wherein
the weft threads (15, 16) of a greater tear strength are formed by multi-filaments with a thickness greater than 45 dTex, more particularly greater than 70 dTex.
9. A warpknitted spacer fabric according to claim 1, wherein
a nominal separating region (T) is provided near the lateral edges extending in the direction of production P for separating the production edges.
10. A warpknitted spacer fabric according to claim 1,
further comprising a plurality of identically spaced nominal separating regions (T) thereby producing out of the spaced knitwear, individual strips extending in the direction of production P and having a predetermined width.
11. A cover material produced from a covering layer (17) and a lining produced from warpknitted spacer fabric (11), comprising two knitwear layers (12, 13) which are positioned parallel relative to one another, and a plurality of pile yarns (14) connecting the two knitwear layers (12, 13), wherein the pile yarns extend to and fro,
wherein the two knitwear layers (12, 13) comprise courses (22, 23) generally extending in a direction of production, and weft threads (15, 16) connected by knitting to the two knitwear layers (12, 13),
wherein the pile yarns (14) extend generally in the direction of production and are connected to the two knitwear layers (12, 13), wherein at least one of the two knitwear layers (12, 13) further comprises at least one weft thread (15\u2032, 16\u2032), the at least one weft thread (15\u2032, 16\u2032) having a lower tear strength than the other weft threads (15, 16), and being worked in, thereby producing a substantially linear nominal separating region (T) and
wherein, in the lower tear region (T), at least one of the plurality of pile yarns (14) is left out, thereby providing an additional weakening of the substantially linear nominal separating region (T).
12. A cover material according to claim 11,
wherein both of the two knitwear layers (12, 13) comprise at least one weft thread (15\u2032, 16\u2032), and wherein the at least one weft thread (15\u2032, 16\u2032) has a lower tear strength. thereby producing the substantially linear nominal separating region (T).
13. A cover material according to claim 11, wherein,
in the longitudinal direction, next to the area where at least one pile yam (14) has been left out, there is worked-in at least one additional pile yarn (24, 25) laid in a way which deviates from the above-mentioned pile yarns (14).
14. A cover material according to claim 13,
wherein the pile yarns (14) mentioned first, in the direction of production P, extend transversely to and fro in the knitwear layers (12, 13) and that the at least one additional pile yarn (24, 25), in the direction of production P, forms linearly arranged connections in the knitwear layers (12, 13).
15. A cover material according to claim 11,
wherein the covering layer (17), in the region of the nominal separating region (T), comprises a weakened region of material whose extension corresponds to that of the nominal separating region (T).
16. A cover material according to claim 11,
wherein the covering layer (17) comprises is a substantially homogenous material selected from the group of leather and plastic foil.
17. A cover material according to claim 11, wherein
the weakened region of the covering layer (17) comprises an inner scratched line (18).
18. A cover material according to claim 11, wherein the covering layer (17) is laminated onto the warpknitted spacer fabric (11).
19. A cover material according to claim 11, wherein
the at least one weft thread (15\u2032, 16\u2032) of a lower tear strength is marked by a colour which deviates from that of the remaining weft threads (15, 16).
20. A cover material according to claim 11, wherein the weft threads (15, 16) of a higher tear strength which directly adjoin the at least one weft thread (15\u2032, 16\u2032) of a lower tear strength are marked by a colour which deviates from that of the remaining weft threads.
21. A cover material according to claim 11, wherein the weft threads (15\u2032, 16\u2032) of a lower tear strength are formed by a monofilament with a thickness of less than 50 dTex, more particularly less than 30 dTex.
22. A cover material according to claim 11, wherein the weft threads (15, 16) of a greater tear strength are formed by multi-filaments with a thickness greater than 50 dTex, more particularly greater than 75 dTex.
23. A cover material according to claim 11, further comprising a nominal separating region (T) provided near lateral edge regions extending in the direction of production P, whereby production edges are separated.
24. A cover material according to claim 11, further comprising a plurality of identically spaced nominal separating regions (T) thereby producing individual strips extending in the direction of production P, the individual strips having a predetermined width.