Pegboard bracket retainer

Claim 2

A retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board surface, comprising, in combination, a rear member adapted to be inserted between the bracket stem and the board front surface, said rear member including lateral edges and first and second end regions, a front member having lateral sides defining a horizontal width as great as the width of said rear member and first and second end regions, guides defined upon said front member lateral sides mating with said rear member lateral edges whereby said front and rear members may be interconnected with the bracket stem located therebetween, stem locating means defined upon one of said members, and a stabilizer projection defined upon one of said rear member end regions for reception into a board perforation.

Claim 3

A retainer for perforated board brackets as in claim 1 wherein guides comprise channels defined upon said front member lateral sides, rear member lateral edge being slidably received within a front member channel.

Claim 4

In a retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member adapted to be inserted between the bracket stem and the board front surface, said rear member including lateral edges and first and second end regions, a front member having lateral sides and first and second end regions, guides defined upon said front member lateral sides mating with said rear member lateral edges whereby said front and rear members may be interconnected with the bracket stem located therebetween, stem locating means defined upon one of said members, a stabilizer projection defined upon one of said rear member end regions for reception into a board projection, said guides comprising channels defined upon said front member lateral sides, each rear member lateral edge being slidably received within a front member channel, said stem locating means comprising an elongated recess defined in said rear member adapted to receive the bracket stem.

Claim 5

In a retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member adapted to be inserted between the bracket stem and the board front surface, said rear member including lateral edges and first and second end regions, a front member having lateral sides and first and second end regions, guides defined upon said front member lateral sides mating with said rear member lateral edges whereby said front and rear members may be interconnected with the bracket stem located therebetween, stem locating means defined upon one of said members, a stabilizer projection defined upon one of said rear member end regions for reception into a board projection, said guides comprising channels defined upon said front member lateral sides, each rear member lateral edge being slidably received within a front member channel, said stem locating means comprising an elongated recess defined in said rear member adapted to receive the bracket stem.

Claim 6

In a retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member adapted to be inserted between the bracket stem and the board front surface, said rear member including lateral edges and first and second end regions, a front member having lateral sides and first and second end regions, guides defined upon said front member lateral sides mating with said rear member lateral edges whereby said front and rear members may be interconnected with the bracket stem located therebetween, stem locating means defined upon one of said members, a stabilizer projection defined upon one of said back member end regions for reception into a board perforation, said guides comprising channels defined upon said front member lateral sides, each rear member lateral edge being slidably received within a front member channel, a stop defined on said front member first end region engaging with said rear member first end region upon said front member being fully slidably mounted upon said rear member.

Claim 7

In a retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member adapted to be inserted between the bracket stem and the board front surface, said rear member including lateral edges and first and second end regions, a front member having lateral sides and first and second end regions, guides defined upon said front member lateral sides mating with said rear member lateral edges whereby said front and rear members may be interconnected with the bracket stem located therebetween, stem locating means defined upon one of said members, a stabilizer projection defined upon one of said back member end regions for reception into a board perforation, said guides comprising channels defined upon said front member lateral sides, each rear member lateral edge being slidably received within a front member channel, a stop defined on said front member first end region engaging with said rear member first end region upon said front member being fully slidably mounted upon said rear member.

Claim 8

In a retainer for perforated board brackets as in claim 4, latch means defined on said front member second end region, and locking means defined on said rear member second end region engaged by said latch means upon said front member being fully slidably mounted upon said rear member maintaining the fully assembled relationship of said members.

Claim 9

In a retainer for perforated board brackets as in claim 4, said stop comprising a tab defined on said front member first end region.

Claim 10

In a retainer for perforated board brackets as in claim 5, said latch means comprising at least one resilient projection homogeneously defined on said front member of the material of said front member adapted to be deformed by said locking means upon engagement thereby to produce a frictional interconnection between said latch and locking means.

Claim 11

In a retainer for perforated board brackets as in claim 2, said stabilizer projection being homogeneously formed of the material of said rear member.

Claim 12

In a retainer for perforated board brackets as in claim 2, said rear and front members being formed of sheet material.

Claim 13

A retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member of generally planar configuration formed of a sheet material and having first and second end regions and lateral edges adapted to be inserted between the bracket stem and the board front surface, an elongated recess defined in said rear member intersecting said end regions and adapted to receive the bracket stem, a front member of a slightly concave-convex configuration formed of sheet material and having first and second end regions and lateral sides, channels defined on said lateral sides whereby said front member may be slidably mounted upon said rear member by receiving said lateral edges within said channels and the bracket stem will be located between said front and rear members and held in said rear member recess by said front member, and a stabilizer projection defined on an end region of said rear member for reception into a board perforation and engagement with the board rear surface.

Claim 14

A retainer for perforated board brackets wherein the board includes front and rear surfaces intersected by perforations and the bracket includes an elongated stem located adjacent the board front surface, comprising, in combination, a rear member of generally planar configuration formed of a sheet material and having first and second end regions and lateral edges adapted to be inserted between the bracket stem and the board front surface, an elongated recess defined in said rear member intersecting said end regions and adapted to receive the bracket stem, a front member of a slightly concave-convex configuration formed of sheet material and having first and second end regions and lateral sides, channels defined on said lateral sides whereby said front member may be slidably mounted upon said rear member by receiving said lateral edges within said channels and the bracket stem will be located between said front and rear members and held in said rear member recess by said front member, and a stabilizer projection defined on an end region of said rear member for reception into a board perforation and engagement with the board rear surface.

Claim 15

In a retainer for perforated board as in claim 10, a stop defined on said front member first end region engaging with said rear xember first end region upon said front member being fully slidably mounted upon said rear member.

Claim 16

In a retainer for perforated board as in claim 11, latch means defined on said front member second end region, and locking means defined on said rear member second end region engaged by said latch means upon said front member being fully slidably mounted upon said rear member maintaining the fully assembled relationship of said members.

Claim 17

In a retainer for perforated board as in claim 12, said stop comprising a tab defined on said front rember first end region.

Claim 18

In a retainer for perforated board as in claim 13, said latch means comprising at least one resilient projection homogeneously defined on said front member of the material of said front member adapted to be deformed by said locking means upon engagement thereby to produce a frictional interconnection between said latch and locking means.