Protective strip overlay for truck boxes

Claim 2

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant material having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween, and anchor means for each block having a first portion thereof secured to its block and second portion extending from its said block, said second portions of adjacent anchor means being laterally spaced and said second portions being welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said laterally spaced second portions.

Claim 3

A protective overlay system in accordance with claim 1 including an elongated strip of impact resistant material in each slot.

Claim 4

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant elastomeric material having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween, anchor means for each block having a first portion thereof secured to its blocks and a second portion extending from its said block which second portion is welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion, and a strip of impact-resistant elastomeric material in each slot.

Claim 5

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant elastomeric material having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween, anchor means for each block having a first portion thereof secured to its blocks and a second portion extending from its said block which second portion is welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion, and a strip of impact-resistant elastomeric material in each slot.

Claim 6

A protective overlay system in accordance with claim 3 in which said strip are softer than said blocks.

Claim 7

A protective overlay system in accordance with claim 4 in which said elastomeric material is polyurethane.

Claim 8

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant material having one face confonting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide a slot therebetween, anchor means for each block having a first portion thereof embeddingly secured to its block and a second portion welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion, and an elongated strip of impact-resistant material in each slot.

Claim 9

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant material having one face confonting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide a slot therebetween, anchor means for each block having a first portion thereof embeddingly secured to its block and a second portion welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion, and an elongated strip of impact-resistant material in each slot.

Claim 10

A protective overlay system for a metal truck box comprising a plurality of elastomeric blocks of impact-resistant polyurethane having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween anchor means for each block including first and second generally parallel flanges and web extending between said flanges to maintain the second flange in an oppositely extending direction relative said first flange, each first flange being embeddingly secured to its block and each second flange being welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second flange, and an elastomeric strip of impact-resistant polyurethane in each slot, said elongated strip being softer than said blocks.

Claim 11

A protective overlay system for a metal truck box comprising a plurality of elastomeric blocks of impact-resistant polyurethane having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween anchor means for each block including first and second generally parallel flanges and web extending between said flanges to maintain the second flange in an oppositely extending direction relative said first flange, each first flange being embeddingly secured to its block and each second flange being welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second flange, and an elastomeric strip of impact-resistant polyurethane in each slot, said elongated strip being softer than said blocks.

Claim 12

A protective overlay system in accordance with claim 7, in which the sides of adjacent blocks are angled so as to converge toward each other in a direction away from their said confronting faces to impart a corresponding convergence to said slots.

Claim 13

A protective overlay system in accordance with claim 8 in which there are two anchor means for each block, the webs of said two anchor means having the same angle as the sides of said blocks.

Claim 14

A protective overlay system in accordance with claim 9 including a resilient strip in each slot.

Claim 15

A protective overlay system in accordance with claim 10 in which each strip has a pair of faces angled to confront the angled sides of said blocks.

Claim 16

A protective overlay system in accordance with claim 11 in which each strip has an upper face having a width corresponding to the width of the top of the slot in which it resides.

Claim 17

A protective overlay system in accordance with claim 12 in which each strip has a bottom face having a width less than the width of the top of the slot in which it resides.

Claim 18

A protective overlay system in accordance with claim 13 in which each strip has a second pair of angled faces diverging from said bottom face toward said first-mentioned angled faces to provide camming surfaces to facilitate the insertion of each strip in its slot.

Claim 19

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant material having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween, and anchor means for each block having a first portion thereof embeddingly secured to its block and a second portion extending from its said block, said second portions being welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion and an elongated strip of impact-resistant material in each slot.

Claim 20

A protective overlay system for a metal truck box comprising a plurality of blocks of impact-resistant material having one face confronting the truck box surface to be protected, adjacent blocks being laterally spaced so as to provide an elongated slot therebetween, and anchor means for each block having a first portion thereof embeddingly secured to its block and a second portion extending from its said block, said second portions being welded to the surface to be protected, said slot in each instance providing access to said surface in order to permit the welding of said second portion and an elongated strip of impact-resistant material in each slot.