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A textile heating device having a plurality of electrically conductive heating strands in contact with each other at a plurality of points of contact by way of respective contact surfaces is provided. The electrically conductive textile includes at least two strands which are fixed relative to each

A textile heating device having a plurality of electrically conductive heating strands in contact with each other at a plurality of points of contact by way of respective contact surfaces is provided. The electrically conductive textile includes at least two strands which are fixed relative to each other at at least one point of contact such that a contact area at the fixed at least one point of contact between the contact surfaces remains essentially constant during mechanical action of the textile.

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1. An electrically conductive textile suitable for heating comprising a plurality of electrically conductive heating strands in contact with each other at a plurality of points of contact by way of respective contact surfaces, and a plurality of electrode strands arranged in the textile, for electri

1. An electrically conductive textile suitable for heating comprising a plurality of electrically conductive heating strands in contact with each other at a plurality of points of contact by way of respective contact surfaces, and a plurality of electrode strands arranged in the textile, for electrical contacting of the plurality of heating strands, wherein at least two of the heating strands are fixed relative to each other at at least one point of contact by way of a fixation such that a contact area at the fixed at least one point of contact remains essentially constant during mechanical action on the textile, and wherein, at regular distances, an electrode strand is worked into the textile in place of a heating strand in each instance.2. An electrically conductive textile according to claim 1, wherein the at least two heating strands are fixed by knotting the strands to each other at the at least one point of contact.3. An electrically conductive textile according to claim 2, comprising fixation means for fixing the at least two heating strands.4. An electrically conductive textile according to claim 3, wherein the fixation means comprise at least one auxiliary filament binding the at least two heating strands to each other at the at least one point of contact.5. An electrically conductive textile according to claim 4 wherein the auxiliary filament is made of polyester.6. An electrically conductive textile according to claim 1, wherein at least a portion of the plurality of electrode strands are distanced from each other and arranged to run in essentially the same direction of extent.7. An electrically conductive textile according to claim 1 wherein the plurality of electrode strands are spaced from each other approximately 0.5 to 40 cm.8. An electrically conductive textile according to claim 1 wherein the fixed points of contact are fixed by way of electrode strands and heating strands.9. An electrically conductive textile according to claim 1 wherein the textile is formed essentially by the electrode strands and the heating strands, and wherein the textile is a knit.10. An electrically conductive textile according to claim 1 wherein the electrode strands each comprise at least one thread of metal filament or a metallic wire.11. An electrically conductive textile according to claim 1 wherein the heating strands each comprise at least one carbon filament, a graphite-filled cellulose filament, or an electrically conductive substance filament.12. An electrically conductive textile suitable for heating comprising a plurality of electrically conductive heating strands in contact with each other at a plurality of points of contact by way of respective contact surfaces, and a plurality of electrode strands arranged in the textile, for electrical contacting of the plurality of heating strands, wherein at least two of the heating strands are fixed relative to each other at at least one point of contact by way of a fixation such that a contact area at the fixed at least one point of contact remains essentially constant during mechanical action on the textile, and wherein the electrode strands are arranged undulated or sinusoidal in the heating textile.13. An electrically conductive textile comprising a plurality of electrically conductive heating strands each in contact with each other at a plurality of contact areas by way of respective contact surfaces, and a plurality of electrode strands arranged in the textile for electrically contacting the heating strands, wherein at least one of the contact areas is fixed such that it remains substantially constant in size during mechanical loading of the textile, and wherein at least two of the plurality of electrode strands are in contact with each other at a plurality of contact areas by respective contact surfaces and at least one of the electrode strand contact areas is fixed such that it remains substantially constant in size during mechanical loading of the textile.14. An electrical conductive textile comprising a plurality of electrically conductive heating strands each in contact with each other at a plurality of contact areas by way of respective contact surfaces, and a plurality of electrode strands arranged in the textile for electrically contacting the heating strands, wherein at least one of the contact areas is fixed such that it remains substantially constant in size during mechanical loading of the textile, and wherein the plurality of electrode strands are arranged substantially sinusoidally in the heating textile.15. An electrically conductive textile according to claim 14 wherein the at least one fixed contact area is fixed by an auxiliary filament.16. An electrically conductive textile according to claim 14 wherein at least a portion of the plurality of electrode strands are spaced from each other and arranged to run in essentially the same direction of extent.17. An electrically conductive textile according to claim 14 wherein the electrode strands each comprise at least one thread of metal filament or a metallic wire and wherein the heating strands each comprise at least one carbon filament, graphite-filled cellular filament, or an electrically conductive filament.