Textile damping material and tee-off golfing mat and impact and water absorbing mat made thereof
AssigneeGebr. Wunderlich GmbH & Co. KG
InventorPeter Muhlberger
Life of this patent
Estimating the term…
Abstract
Disclosed is a textile damping material which has the structure of a flexible, three-dimensional, textile spacing structure (50) which is stable in respect of shape. The spacing structure (50) has an upper layer portion (7) and a lower layer portion (9) which are made up of single-thread or multi-thread yarn, wherein the two layer portions (7, 9) are spaced from each other and connected to each other by elastic pile threads (8). Also disclosed is an impact and water absorbing mat for motor vehicles and a tee-off golfing mat, each obtained by use of the textile damping material. The tee-off golfing mat has a damping layer (10).
Claims16
A tee-off golfing mat comprising an upper, artificial turf layer (5) and a bottom, ground layer (6), said upper artificial turf layer including a hardened stabilization material (3) comprising a lower backing material (2) and an upper stabilization layer (4), said upper stabilization layer (4) having anchored therein a plurality of piles (1), and secured to the lowermost surface of the backing material (2), said bottom ground layer (6) which comprises an impact absorbing damping layer (10) and a bottom layer (15), the impact damping layer (10) comprising a spacing material (50) including an upper layer portion (7) and a lower layer portion (9), both formed of a multi-thread yarn with an elastic resilient pile thread (8) continuously threaded back and forth between the upper layer portion (7) and the lower layer portion (9) to impart to the spacing material (50) a stabilizing effect and flexibility.
A tee-off golfing mat comprising an upper, artificial turf layer (5) and a bottom, ground layer (6), said upper artificial turf layer including a hardened stabilization material (3) comprising a lower backing material (2) and an upper stabilization layer (4), said upper stabilization layer (4) having anchored therein a plurality of piles (1), the thickness of the stabilization layer (4) being between 1 and 5 mm, and secured to the lowermost surface of the backing material (2), said bottom ground layer (6) which comprises an impact absorbing damping layer (10) and a bottom layer (15), the impact damping layer (10) comprising a spacing material (50) including an upper layer portion (7) and a lower layer portion (9) with an elastic resilient pile thread (8) continuously threaded back and forth between the upper layer portion (7) and the lower layer portion (9) to impart to the spacing material (50) a stabilizing effect and flexibility.
Dependencies are inferred from the claim text.