Slatwall clamp

1. A controlled stress slatwall hanger comprising:

a cover including top and bottom outer holding members;

a clamping member residing behind the cover and including top and bottom inner lips spaced vertically apart a vertical distance to align with two open spaces between slats of a slatwall; and

drawing members attaching the clamping member to the cover and operable to horizontally draw the top and bottom inner lips of the clamping member towards the top and the bottom outer holding members of the cover to sandwich a vertical face of at least one of the slats of the slatwall to attach the hanger to the slatwall.

2. The controlled stress slatwall hanger of claim 1 , wherein the top and bottom outer holding members comprise a top outer lip along a top edge of the cover, the top lip reaching upward, and a bottom outer lip along a bottom edge of the cover, the bottom lip reaching downward.

3. The controlled stress slatwall hanger of claim 2 , wherein:

the top outer lip is configured to reside against a first vertical face of the slatwall;

the top inner lip is configured to reside over and behind a second vertical face of the slat wall residing consecutively below the first vertical face;

the bottom outer lip is configured to reside against a lower third vertical face of the slatwall; and

the bottom inner lip is configured to reside behind the third vertical face of the slatwall clamping the third vertical face between the bottom outer lip and the bottom inner lip.

4. The controlled stress slatwall hanger of claim 1 , wherein the top and bottom outer holding members comprise two horizontally spaced apart top bumpers proximal to a top edge of the cover and two horizontally spaced apart bottom bumpers proximal to a bottom edge of the cover.

5. The controlled stress slatwall hanger of claim 4 , wherein:

the top bumpers are configured to reside against a first vertical face of the slatwall;

the top inner lip is configured to reside over and behind the first vertical face of the slat wall clamping the first vertical face between the top bumpers and the top inner lip;

the bottom bumpers are configured to reside against a lower second vertical face of the slatwall; and

the bottom inner lip is configured to reside behind a third vertical face of the slatwall residing consecutively below the second vertical face.

6. The controlled stress slatwall hanger of claim 1 , further including a biasing member residing between the cover and the clamping member and horizontally biasing the cover and the clamping member apart.

7. The controlled stress slatwall hanger of claim 6 , wherein the biasing member is a spring.

8. The controlled stress slatwall hanger of claim 7 , wherein the biasing member is a flat spring.

9. The controlled stress slatwall hanger of claim 6 , wherein the biasing member is attached to the clamping member.

10. The controlled stress slatwall hanger of claim 1 , wherein the drawing members comprise screws proximal to each corner of the cover.

11. The controlled stress slatwall hanger of claim 1 , wherein one of the top and bottom inner lips of the clamping member and cover sandwich opposing sides of the vertical face of one of the at least one of the slats of the slatwall.

12. The controlled stress slatwall hanger of claim 11 , wherein the bottom inner lip of the clamping member and cover sandwich opposing sides of the vertical face of one of the at least one of the slats of the slatwall.

13. The controlled stress slatwall hanger of claim 1 , wherein the top and the bottom inner lips of the clamping member reach through the two open spaces between slats of the slatwall and reach down and behind the slats of the slatwall.

14. A controlled stress slatwall hanger comprising:

a cover including:

top bumpers configured to reside against a first front surface of a first vertical face of the slatwall; and

bottom bumpers configured to reside against a second front surface of a lower second vertical face of the slatwall residing below the first vertical face;

a clamping member residing behind the cover and including top and bottom inner lips spaced vertically apart a vertical distance to align with two open spaces between slats of a slatwall, wherein:

the top inner lip is configured to reside behind the first vertical face;

the bottom inner lip configured to reside behind a third vertical face consecutively below the second vertical face;

drawing members attaching the clamping member to the cover and operable to draw:

the top bumpers and top inner lip together to grasp the first vertical face of the slatwall;

the bottom bumpers against the second vertical face; and

the bottom inner lip against a rear surface of the third vertical face.

15. The controlled stress slatwall hanger of claim 14 , further including a biasing member residing between the cover and the clamping member and biasing the cover and the clamping member apart.

16. A controlled stress slatwall hanger comprising:

a cover including:

a top outer lip configured to reside against a first front surface of a first vertical face of the slatwall; and

a bottom inner lip configured to reside against a third front surface of a third vertical face of the slatwall residing below the first vertical face;

a clamping member residing behind the cover and including top and bottom inner lips spaced vertically apart a vertical distance to align with two open spaces between slats of a slatwall, wherein:

the top inner lip is configured to reside behind a second vertical face residing consecutively below the first vertical face;

the bottom inner lip configured to reside behind the third vertical face;

drawing members attaching the clamping member to the cover and operable to draw:

the top outer lip against the first vertical face of the slatwall;

the top inner lip against the a rear surface of the second vertical face of the slatwall; and

the bottom outer lip and bottom inner lip together to grasp the third face of the slatwall.

17. The controlled stress slatwall hanger of claim 16 , further including a biasing member residing between the cover and the clamping member and biasing the cover and the clamping member apart.