A container comprising a plurality of spring assemblies arranged therein without entanglement, each said spring assembly comprising: a coil spring having an inner space formed by the spring windings (6, 38) thereof; and an anti-entanglement element for protection against entanglement of the spring assembly with at least one further spring assembly or with at least one other coil spring; wherein the anti-entanglement element is partially disposed in the inner space formed by the spring windings and extends longitudinally through at least a portion of the inner space, and prevents entering of the windings of adjacent coil springs into the inner space, and windings of adjacent coil springs abut the anti-entanglement element in order to avoid that the windings of adjacent coil springs get into engagement with each other, thus causing coil springs to get entangled with each other; and wherein the anti-entanglement element is provided in the form of an anti-entanglement stirrup, in particular an anti-entanglement wire stirrup, which is formed separately from the coil spring and clampingly supported in the inner space; wherein the anti-entanglement stirrup has at least two stirrup legs with a respective stirrup end, and a stirrup junction integrally connecting the at least two stirrup legs; wherein the anti-entanglement stirrup is clampingly supported in the inner space of the coil spring formed by the spring windings such that the at least two stirrup legs abut a plurality of the inner sides of spring windings and that an outwardly directed clamping force acts on the inner sides of the spring windings; and wherein the anti-entanglement stirrup is formed such that the stirrup junction biases the two stirrup legs, in the position not introduced into the inner space formed by the spring windings, outwardly to such an extent that the distance between the portions of the stirrup legs adjoining the outwardly projecting stirrup ends is greater than the inner diameter of the coil spring; characterized in that the stirrup ends are bent outwardly to form an eyelet, forming an angle of at least 180° with respect to the respective stirrup leg so that the spring wire ends are directed towards the stirrup junction, for preventing that the stirrup ends themselves lead to entanglements with other spring assemblies, other anti-entanglement stirrups or other coil springs, and for preventing damage to a packaging material in which such anti-entanglement stirrups, coil springs and spring assemblies are transported. a coil spring having an inner space formed by the spring windings (6, 38) thereof; and an anti-entanglement element for protection against entanglement of the spring assembly with at least one further spring assembly or with at least one other coil spring; wherein the anti-entanglement element is partially disposed in the inner space formed by the spring windings and extends longitudinally through at least a portion of the inner space, and prevents entering of the windings of adjacent coil springs into the inner space, and windings of adjacent coil springs abut the anti-entanglement element in order to avoid that the windings of adjacent coil springs get into engagement with each other, thus causing coil springs to get entangled with each other; and wherein the anti-entanglement element is provided in the form of an anti-entanglement stirrup, in particular an anti-entanglement wire stirrup, which is formed separately from the coil spring and clampingly supported in the inner space; wherein the anti-entanglement stirrup has at least two stirrup legs with a respective stirrup end, and a stirrup junction integrally connecting the at least two stirrup legs; wherein the anti-entanglement stirrup is clampingly supported in the inner space of the coil spring formed by the spring windings such that the at least two stirrup legs abut a plurality of the inner sides of spring windings and that an outwardly directed clamping force acts on the inner sides of the spring windings; and wherein the anti-entanglement stirrup is formed such that the stirrup junction biases the two stirrup legs, in the position not introduced into the inner space formed by the spring windings, outwardly to such an extent that the distance between the portions of the stirrup legs adjoining the outwardly projecting stirrup ends is greater than the inner diameter of the coil spring; characterized in that the stirrup ends are bent outwardly to form an eyelet, forming an angle of at least 180° with respect to the respective stirrup leg so that the spring wire ends are directed towards the stirrup junction, for preventing that the stirrup ends themselves lead to entanglements with other spring assemblies, other anti-entanglement stirrups or other coil springs, and for preventing damage to a packaging material in which such anti-entanglement stirrups, coil springs and spring assemblies are transported.