Abstract: Disclosed is a sole for a running shoe, comprising a sole tip (4), a heel edge (5) and a midsole (1) having a base surface delimiting the midsole against the vertical direction (V) of the midsole and a top surface (2) delimiting the midsole in the vertical direction (V), wherein the midsole (1) has a heel region (FB), a midfoot region (MFB) and a forefoot region (VFB) and wherein the midsole (1) has an elastic plate (6), wherein the elastic plate (6) extends at least from the forefoot region (VFB) into the midfoot region (MFB), and wherein the elastic plate (6) in the forefoot region (VFB) and/or in the midfoot region (MFB) has a first curvature (61) with a vertex (S-61) curved along the longitudinal direction (L) of the midsole (1) in the direction of the top surface (2) of the midsole (1), wherein the elastic plate (6) is formed in such a way that the first curvature (61) is elastically bent in the direction of the base surface (3) by the forces acting during treading and/or rolling movement, and the first

Abstract: What is disclosed is a shoe (1), in particular a running shoe, comprising a shoe tip (2) and a heel edge (3) and a lacing system, wherein the lacing system comprises a lacing (4), wherein the lacing comprises two end regions (42, 42) along the lacing and a middle region adjoining between the end regions (41, 42) on respective branching points (43, 44) of the lacing, and wherein the lacing branches into a first strand (46) and a second strand (47) at the branching points (43, 44); and wherein the shoe has a holder comprising several holding structure pairs for fastening the lacing (4), wherein the holding structure pairs in each case consist of a medial-side and an opposite holding structure (54, 512, 522, 522) arranged on the lateral side, and wherein the holder has a from the shoe tip first holding region (51) comprising at least one holding structure pair, and an adjoining second holding region (52) arranged in the direction of the heel edge (3), comprising at least two holding structure pairs; and wherein

Abstract: A method for producing a textile material, in particular a shoe upper, including the steps of: providing a shaping support, in particular a last; melting a polymer composition at a first temperature; applying the molten polymer composition to the shaping support. The molten polymer composition is applied to the shaping support by a nozzle which has an outlet opening for the molten polymer composition and a plurality of air exit openings which are provided around the outlet opening and from which compressed air is supplied to the exiting polymer composition in such a way that the molten polymer composition which has exited from the nozzle is applied as a helical filament to the shaping support.

Abstract: A fastening device (1) for a wearable article, the fastening device including four hook elements (2, 3, 4, 5) a central adjustment unit (6) and fastening cord (7). Furthermore, a wearable article with one or two fastening devices is disclosed.

Abstract: An adjustment unit (1) with a main body and an adjustment unit hook element (3) protruding from the main body which can be used in an adjustment device (1), as well as a wearable article with such a fastening device (100).

Abstract: A method for producing a foam-molded shoe component includes the steps of: providing a polymer granulate; pre-treating the polymer granulate including binding to or in the polymer granulate a physical propellant in an autoclave at a first pressure and a first temperature; and foaming the pre-treated polymer granulate including melting the polymer granulate to produce a molten polymer composition, and foaming the molten polymer composition as a result of the expansion of the physical propellant.

Abstract: Disclosed is a sole for a running shoe having a midsole (1), the midsole (1) having a soft-elastic top layer (2) and a soft-elastic bottom layer (3), a flexurally elastic incompressible plate (4) being arranged in the vertical direction (V) between the top layer (2) and the bottom layer (3), and the bottom layer (3) having a plurality of channels (31a, 31a, 31b, 31c) extending in the transverse direction (Q), the channels (31a, 31b, 31c) of the bottom layer (3) being deformable vertically (V) and/or horizontally in the longitudinal direction (L) under the action of forces acting vertically (V) and/or in the longitudinal direction (L) and occurring during running.

Abstract: A shoe sole (1) comprising a stability support plate (3) and a soft elastic midsole (2) having a forefoot area (VFB), a midfoot area (MFB) and a heel area (FB) is disclosed. The stability support plate is peripherally surrounded by the midsole and the midsole (2) has a clear space (21) open to the bottom side (U) of the midsole (2), which is peripherally surrounded substantially completely by the midsole (2) and is delimited by the stability support plate (3). The clear space (21) extends from the heel area (FB) over the midfoot area (MFB) into the forefoot area (VFB) of the midsole (2).

Abstract: Disclosed is a running shoe (1) having a lateral side and a medial side. The running shoe (1) has a heel area (FB), a forefoot area (VB), a midfoot area (MB). The front end of the forefoot area (VB) forms a shoe tip (4) and the rear end of the heel area forms a heel edge (5). The running shoe (1) comprises a shoe sole (3) and an upper (2), the upper (2) having a textile base material. In addition, the running shoe (1) has a group of tension straps with at least one compressing tension strap (11, 12, 13, 14) and a group of pulling straps with at least one compressing pulling strap (15, 16). The group of tension straps is arranged in the heel area (FB) and in the midfoot area (MB) of the running shoe (1), and the group of pulling straps is arranged in the forefoot area (VB). In this case, the at least one tension strap (11, 12, 13, 14) is configured in such a way that it exerts an inwardly directed compression force in the worn state.

Abstract: A method for additively manufacturing a textile sheet product and a three-dimensionally printed textile sheet product (1) are disclosed. The method includes the steps of creating a three-dimensional model of the pre-product and additively manufacturing the pre-product according to the three-dimensional model of the pre-product. In additive manufacturing, a production material is applied layer by layer in this case. At at least one predetermined crossover position of at least two fibrous structures (2a, 2b) and a separation layer material is applied which can be removed from the pre-product and/or inactivated.

Abstract: A sole for a running shoe having a soft-elastic midsole includes an underside coming at least partially into contact with the ground during running. The midsole includes a plurality of channels extending in the transverse direction (Q) arranged in a lateral area (LB) of the midsole in a horizontal plane. At least a portion of the channels is arranged in the forefoot area (VFB) and/or at least a portion of the channels is arranged in the midfoot area (MFB) and/or at least a portion of the channels is arranged in the heel area (FB) of the midsole. The channels are each delimited in the longitudinal direction (L) by a front wall and a rear wall and have an elongated shape in cross-section along the running direction. The channels are deformable vertically and/or horizontally in the longitudinal direction (L) until their closure under the action of forces occurring during running acting vertically and/or in the longitudinal direction (L).

Abstract: A sole for a running shoe with a soft-elastic midsole (1) includes an underside (2) at least partially contacting the ground (B) during running and comprises a plurality of channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) extending in the transverse direction (Q). The channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are arranged in a lateral area of the midsole (1) in at least a first and a second in horizontal plane, wherein the first and second horizontal plane are vertically offset from each other, and wherein the channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are each delimited in longitudinal direction (L) by a front wall and a rear wall. The channels (3a, 3b, 3c, 3d, 3e, 4a, 4b, 4c) are vertically and/or horizontally in the longitudinal direction (L) deformable until their closure under the action of forces occurring during running acting vertically (V) and/or longitudinally.

Abstract: A running shoe includes medial and lateral eyelets arranged on the medial and lateral side in the longitudinal direction from the front foot area of the running shoe to the heel section, wherein in each case a medial eyelet and a lateral eyelet located at the same height in the longitudinal direction form an eyelet pair; reinforcing ribs are arranged on the medial and lateral side in the front foot area, wherein the reinforcing ribs are arranged at an acute rib angle to the longitudinal direction of the running shoe, and a lace having lace sections for lacing, wherein the lace is led through the eyelets in such a way that the lace sections extending from the eyelets of the first lace pair in relation to the front foot area, each run at an acute lacing angle to the longitudinal direction to at least one further eyelet closer to the heel section.

Abstract: In a sole structure for a flexible shoe with a flexibly elastic mid-sole which comes at least partially into contact with the ground during walking and has laterally open, channel-containing elements which are oriented transversely with respect to its longitudinal direction and extend down towards the ground, wherein the mid-sole has a border strip bridging each of the channel-containing elements, wherein the outwardly directed end faces of the channel-containing elements are provided with horizontal predetermined fold notches, and wherein the channel-containing elements are deformable vertically and/or in the longitudinal direction in the area of the border strip under the effect of forces that act vertically and/or in the longitudinal direction during walking, until their lateral openings become worn, wherein the predetermined fold notches have a vertical width corresponding to the height of the lateral openings of the channel-containing elements and are flush with the lateral openings of the channel-contai