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A jewelry display assembly includes jewelry display pad(s), a display base, and a display tray. The display base has an upper surface with a slot therein for receiving and removably retaining the lower edge portion of any of the assembly's jewelry display pads. The slot is inclined at an angle to th

A jewelry display assembly includes jewelry display pad(s), a display base, and a display tray. The display base has an upper surface with a slot therein for receiving and removably retaining the lower edge portion of any of the assembly's jewelry display pads. The slot is inclined at an angle to the vertical to better display jewelry mounted on the front surface of a jewelry display pad mounted in the display base. The resilience of the jewelry display pads helps to hold the display pads in the slot and to retain the initial appearance of the pads after their removal from the slot in the display base. The display tray holds a plurality of the jewelry display pads from which display pads can be selected for better display by mounting in the display base.

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1. A jewelry display assembly comprising:a generally resilient jewelry display pad having a front major surface upon which jewelry is mounted for display, a back major surface, and a first uncompressed thickness extending from the front major surface to the back major surface; the resilient jewelry

1. A jewelry display assembly comprising:a generally resilient jewelry display pad having a front major surface upon which jewelry is mounted for display, a back major surface, and a first uncompressed thickness extending from the front major surface to the back major surface; the resilient jewelry display pad being compressible from the first thickness in the uncompressed state to a second reduced thickness in a compressed state from which the resilient display pad recovers to the first thickness when no longer subjected to compressive stresses; and a display base, the display base having an upwardly open slot in an upper surface for receiving a lower edge portion of the jewelry display pad; the upwardly open slot extending at an angle between 30° and 60° to the vertical; the upwardly open slot having an open upper end, a closed bottom end, a width, and a depth; the width of the slot for at least a substantial portion of the depth of the slot, which extends from the open upper end of the slot toward the closed bottom end of the slot and which receives the lower edge portion of the jewelry display pad, being substantially constant and less than the first thickness of the jewelry display pad whereby when the lower edge portion of the jewelry display pad is inserted into the slot with the front major surface in contact with a first surface of the slot and the back major surface in contact with a second opposed surface of the slot, the slot compresses the lower edge portion of the jewelry display pad to the second reduced thickness of the jewelry display pad to secure the jewelry display pad to the display base with the front major surface of the jewelry display pad extending from the slot at an angle between 30° and 60° to the vertical that is substantially equal to the angle of the slot to the vertical. 2. The jewelry display assembly according to claim 1, including:a display tray; a plurality of the jewelry display pads; the display tray having a plurality of upwardly open compartments in an upper surface of the tray for receiving the jewelry display pads; and the jewelry display pads being housed in the upwardly open compartments of the display tray whereby any of the jewelry display pads can be selected from the display tray and inserted into the slot of the display base with the front major surface upon which jewelry is mounted to be displayed facing upward at an angle between 30° and 60° to the vertical for displaying jewelry. 3. The jewelry display assembly according to claim 2, wherein:the jewelry display pads each have a resilient front layer and forces generated by the resilience of the resilient front layer of any of the jewelry display pads inserted into and compressed within the slot of the display base helps to securely but removably retain the inserted jewelry display pad in the slot of the display base. 4. The jewelry display assembly according to claim 2, wherein:the jewelry display pads each have a resilient front layer and the resilience of the resilient front layer of any of the jewelry display pads inserted into the slot in the display base causes the jewelry display pad inserted into the display base to recover to the first thickness and an initial appearance after removal from the slot in the display base. 5. The jewelry display assembly according to claim 1, wherein:the jewelry display pad has a resilient front layer and forces generated by the resilience of the resilient front layer of the jewelry display pad when the jewelry display pad is inserted into and compressed within the slot helps to securely by removably retain the jewelry display pad within the slot. 6. The jewelry display assembly according to claim 1, wherein:the jewelry display pad has a resilient front layer and the resilience the front layer causes the jewelry display pad to recover to the first thickness and an initial appearance after the jewelry display pad has been inserted into and removed from the slot in the display base. 7. The jewelry display assembly according to claim 1, wherein:the resilient jewelry display pad comprises a resilient front layer overlaying a rigid backing layer; the resilient jewelry display pad has the first thickness with the resilient front layer in an uncompressed state and the second reduced thickness with the resilient front layer in a compressed state; the resilient front layer and rigid backing layer are enveloped within an aesthetic covering layer; and the resilience the front layer causes the jewelry display pad to recover to the first thickness and an initial appearance after the jewelry display pad has been inserted into and removed from the slot in the display base.