Patent Publication Number: US-2023154358-A1

Title: Product display

Description:
CROSS REFERENCE TO RELATED APPLICATIONS 
     This application is a continuation of U.S. patent application Ser. No. 15/942,603, filed Apr. 2, 2018, which claims priority to U.S. Provisional Patent Application No. 62/483,557, filed Apr. 10, 2017, the entire content of which is incorporated by reference herein. 
    
    
     BACKGROUND 
     The present disclosure relates to a product display, and particularly to a product display having a display header and a product-support structure. More particularly, the present disclosure relates to a product display having a display header attached to a product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location. 
     SUMMARY 
     A product display in accordance with the present disclosure includes a display header and a product-support structure. The display header is coupled to the product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location. 
     In illustrative embodiments, the display header is positioned between opposing sides of the product-support structure. The display header includes a header board and a header mount. The header mount engages with the product-support structure and the header board to support the header board relative to the product-support structure. 
     In illustrative embodiments, the header board includes a front side and a back side opposite the front side. The product indicia is positioned on the front side and back side of the header board. The header board is movable from a shipping position to a display position relative to the product-support structure. The product indicia is obscured by the product-support structure when the header board is in the shipping position and visible when the header board is in the display position. 
     In illustrative embodiments, the header mount includes a pair of elastic members. The elastic members are configured to move the header board from the shipping position to the display position at the selection of a user. The elastic members are coupled to the product-support structure and a lower end of the header board to support the header board relative to the product-support structure for movement between the shipping and display positions. 
     In illustrative embodiments, the product-support structure is formed to define a pocket configured to receive the header board. The pocket locates the header board relative to exterior sides of the product-support structure. The header board rides in the pocket between the shipping and display positions. 
     Additional features of the present disclosure will become apparent to those skilled in the art upon consideration of illustrative embodiments exemplifying the best mode of carrying out the disclosure as presently perceived. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
       The detailed description particularly refers to the accompanying figures in which: 
         FIG.  1    is a front perspective view of a product display in accordance with the present disclosure showing that the product display includes a display header coupled to a product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location when the display header is in a display position; 
         FIG.  2    is a view similar to  FIG.  1    showing the display header in a shipping position and suggesting that a header board of the display header slides in a pocket of the product-support structure to obscure at least a portion of the product indicia when the header board is moved to the shipping position; 
         FIG.  3    is an exploded assembly view of the product display of  FIG.  1    showing that the product-support structure includes opposingly faced cabinets received in a base tray and held together by couplers to trap the header board between the cabinets and suggesting that elastic members engage with the header board and cabinets to support the header board on the product-support structure; 
         FIGS.  4 - 16    are a series of views showing a process in accordance with the present disclosure for assembling the product display; 
         FIGS.  17 - 18    are a series of views showing a process in accordance with the present disclosure for forming a transport package by positioning an outer casing relative to the product display; 
         FIG.  19    is a top plan view of an embodiment of a body blank in accordance with the present disclosure used to form a body of the cabinets of  FIG.  2    showing that the body blank includes sidewall panels, a back wall panel, and a body shelf-part strip defining a plurality of second shelf parts and suggesting that the panels and strip fold relative to one another to form a tubular body; 
         FIG.  20    is a top plan view of an embodiment of an insert blank in accordance with the present disclosure used to form an insert of the cabinets of  FIG.  2    showing that the insert blank includes spacer panels and an insert shelf-part strip defining a plurality of first shelf parts and suggesting that the spacer panels and strip fold relative to one another to form the insert; 
         FIG.  21    is a top plan view of an embodiment of a coupler blank in accordance with the present disclosure used to form the couplers of  FIG.  2    showing that the coupler includes a display-side panel defining a side of the product display when assembled, grip flaps coupled to the display-side panel to secure the cabinets together, and attachment flaps coupled to the display-side panel to secure containers to the cabinets; 
         FIG.  22    is a top plan view of an embodiment of a spacer blank in accordance with the present disclosure used to form the spacers of  FIG.  2   ; 
         FIG.  23    is a top plan view of an embodiment of a header-board blank in accordance with the present disclosure used to form the header board of  FIG.  2   ; 
         FIG.  24    is a perspective view of another embodiment of a product display in accordance with the present disclosure; 
         FIG.  25    is a perspective view of another embodiment of a product display in accordance with the present disclosure; 
         FIG.  26    is a perspective view of another embodiment of a product display in accordance with the present disclosure showing that the product display includes a display header positioned within a product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location when the display header is in a display position; 
         FIG.  27    is an exploded assembly view of the product display of  FIG.  26    showing that the product-support structure includes an H-frame, cabinets, and product trays and suggesting that the H-frame aligns the cabinets and product trays relative to a platform; 
         FIG.  28    is an exploded assembly view of the H-frame of  FIG.  27    showing that the H-frame includes a pair of opposingly faced frame members and suggesting that lock tabs of each frame member are received in slots of the other frame member to hold the H-frame together; 
         FIG.  29    is a perspective view of the H-frame of  FIG.  28    showing that the display header includes a header board and elastic members and suggesting that the elastic members engage with the header board and the H-frame to support the header board; 
         FIG.  30    is a view similar to  FIG.  29    showing the header board received in a pocket defined between the frame members of the H-frame and suggesting that the elastic members are biasing the header board toward the display position; 
         FIG.  31    is a view similar to  FIG.  30    showing the header board in a shipping position and suggesting that the header board slides in the pocket of the H-frame to obscure at least a portion of the product indicia when the header board is moved to the shipping position; 
         FIG.  32    is a top plan view of an embodiment of a frame-member blank in accordance with the present disclosure used to form the frame members of  FIG.  29    showing that the frame-member blank includes a guide panel and alignment panels coupled along opposing sides of the guide panel; 
         FIG.  33    is a perspective view of another embodiment of a product display in accordance with the present disclosure showing that the product display includes a display header positioned within a product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location when the display header is in a display position; 
         FIGS.  34 - 36    are a series of views showing a process in accordance with the present disclosure for assembling an H-frame of the product-support structure; 
         FIG.  37    is a perspective view of the H-frame of  FIG.  36    showing that the display header includes a header board and elastic members and suggesting that the elastic members engage with the header board and the H-frame to support the header board; 
         FIG.  38    is a view similar to  FIG.  37    showing the header board received in a pocket defined between frame members of the H-frame and suggesting that the elastic members are biasing the header board toward the display position; 
         FIG.  39    is a view similar to  FIG.  38    showing the header board in a shipping position and suggesting that the header board slides in the pocket of the H-frame to obscure at least a portion of the product indicia when the header board is moved to the shipping position; 
         FIG.  40    is a top plan view of an embodiment of a frame-member blank in accordance with the present disclosure used to form the frame members of  FIG.  34    showing that the frame-member blank includes a guide panel and alignment panels coupled along opposing sides of the guide panel; 
         FIG.  41    is a top plan view of an embodiment of a graphic-wrapper blank in accordance with the present disclosure used to form the graphic wrappers of  FIG.  36    showing that the graphic wrapper includes a display-side panel defining a side of the product display when assembled, grip flaps coupled to the display-side panel to secure the graphic wrapper to the H-frame, and cover flaps coupled to the display-side panel to conceal upper portions of the H-frame; 
         FIG.  42    is a perspective view of another embodiment of a product display in accordance with the present disclosure showing that the product display includes a display header positioned within a product-support structure for showing product indicia related to products stored in the product-support structure to a customer at a retail location when the display header is in a display position; 
         FIGS.  43 - 46    are a series of views showing a process in accordance with the present disclosure for assembling an H-frame onto a platform of the product-support structure; 
         FIG.  47    is a perspective view of the H-frame of  FIG.  46    showing a first header board and first set of elastic members of the display header positioned for attachment with the H-frame and suggesting that the first set of elastic members engage with the first header board and the H-frame to support the first header board; 
         FIG.  48    is a view similar to  FIG.  47    showing the first header board received in a first pocket defined between frame members of the H-frame; 
         FIG.  49    is a view similar to  FIG.  48    showing a second header board and second set of elastic members of the display header positioned for attachment with the H-frame and suggesting that the second set of elastic members engage with the second header board and the H-frame to support the second header board; 
         FIG.  50    is a view similar to  FIG.  49    showing the second header board received in a second pocket and a third header board received in a third pocket defined along lateral sides of the frame members of the H-frame; and 
         FIGS.  51 - 54    are a series of views showing a process in accordance with the present disclosure for forming a transport package by positioning an outer casing relative to the product display. 
     
    
    
     DETAILED DESCRIPTION 
     A product display  10  in accordance with the present disclosure is shown in  FIG.  1   . Product display  10  includes a display header  12  coupled to a product-support structure  14 . Product-support structure  14  is configured to support product for display in a retail setting. Product indicia  16  related to products stored in product-support structure  14  is positioned on a front side and back side of display header  12  and visible when display header  12  is in a display position as shown in  FIG.  1   . 
     Display header  12  includes a header board  11  and a header mount  13  coupled to product-support structure  14  to support header board  11  for movement relative to product-support structure  14  between the display position, as shown in  FIG.  1   , and a shipping position, as shown in  FIG.  2   , at the selection of a user. At least a portion of product indicia  16  is obscured from view when header board  11  is in the shipping position and a height of product display  10  is reduced compared to when header board  11  is in the display position. In the illustrative embodiment, header mount  13  biases header board  11  toward the display position to support the header board  11  in the display position for showing product indicia  16  to customers at a retail location as suggested in  FIG.  1   . 
     Header board  11  is received in a pocket  20  of product-support structure  14  as suggested in  FIGS.  1  and  2   . Pocket  20  extends into product-support structure  14  and is positioned to lie within exterior sides  21 ,  23 ,  25 ,  27  of product-support structure  14 . Pocket  20  locates header board  11  relative to product-support structure  14  and is configured to guide header board  11  between the display and shipping positions. Pocket  20  and header board  11  are aligned with a front side  21  and a back side  23  of product-support structure  14  where product is stored as suggested in  FIG.  2   , but other orientations for pocket  20  and header board  11  are contemplated by the present disclosure. 
     In the illustrative embodiment, product-support structure  14  includes a pair of opposingly faced cabinets  32 ,  34  and a pair of couplers  36 ,  38  as shown in  FIG.  3   . Each cabinet  32 ,  34  is formed to define product-storage areas  31  and a receptacle  33  configured to receive a container  35 . Cabinets  32 ,  34  and couplers  36 ,  38  come together to define pocket  20  for receiving header board  11 . Header mount  13  includes a pair of elastic members  22 ,  24  that engage with cabinets  32 ,  34  and header board  11  to support header board  11  on product-support structure  14 . In some embodiments, elastic members  22 ,  24  are formed as elongated strands of stretchable material, and the number of elastic members  22 ,  24  can be increased or decreased to adjust for size, weight, display position height, etc. of display header  12 . Optional spacers  37  are positioned to lie along left and right sides of cabinets  32 ,  34  and configured to engage with cabinets  32 ,  34  to space cabinets  32 ,  34  apart from one another to further define pocket  20 . A base tray  39  assists in holding the components of product-support structure  14  together and for supporting product-support structure  14  during transport. 
     One illustrative process for assembling product display  10  is shown in  FIGS.  4 - 16   . A first cabinet  32  is inserted in to base tray  39  as suggested in  FIG.  4   . A second cabinet  34  is inserted into base tray  39  in an opposite orientation to first cabinet  32  as suggested in  FIG.  5   . Each cabinet  32 ,  34  is pre-assembled from a body blank  60  and an insert blank  70  shown in  FIGS.  19  and  20   . 
     Spacers  37  each include a positioner panel  41  and a tab  43  coupled to positioner panel  41  as shown in  FIG.  6   . Tab  43  is folded relative to positioner panel  41 . Spacers  37  are placed along right sides of cabinets  32 ,  34  with tabs  43  positioned between cabinets  32 ,  34 . Tabs  43  engage with cabinets  32 ,  34  to space cabinets  32 ,  34  apart from one another. Additional spacers  37  are positioned along left sides of cabinets  32 ,  34 . Each spacer  37  is formed from a spacer blank  40  shown in  FIG.  22   . 
     Elastic members  22 ,  24  are secured to cabinets  32 ,  34  as suggested in  FIGS.  7 - 9   . Each elastic member  22 ,  24  includes barbs  42 ,  44  positioned at opposing ends thereof. Elastic member  22  is fed into a slot  46  of first cabinet  32  and barb  42  is secured to first cabinet  32  as suggested in  FIG.  8   . Elastic member  22  is fed into a slot  48  of second cabinet  34  and barb  44  is secured to second cabinet  34  as suggested in  FIG.  9   . Elastic member  22  extends between cabinets  32 ,  34 . Elastic member  24  is secured on an opposing side of cabinets  32 ,  34  in a similar fashion as elastic member  22 . 
     Each coupler  36 ,  38  includes a display-side panel  52 , grip flaps  51 ,  53 ,  55 ,  57  coupled to display-side panel  52 , and attachment flaps  54 ,  56  coupled to display-side panel  52  as suggested in  FIG.  10   . Display-side panel  52  defines an exterior side of product display  10  when assembled. Grip flaps  51 ,  53 ,  55 ,  57  engage with cabinets  32 ,  34  to secure cabinets  32 ,  34  together. Attachment flaps  54 ,  56  engage with containers  35  to secure containers to cabinets  32 ,  34 . Each coupler  36 ,  38  is formed from a coupler blank  50  shown in  FIG.  21   . 
     A first coupler  36  is aligned along right side of cabinets  32 ,  34  as suggested in  FIGS.  10  and  11   . A lower end of display-side panel  52  is received in base tray  39  as suggested in  FIG.  11   . A first set of grip flap  51 ,  53  wrap around cabinets  32 ,  34  into lower product-storage areas  31 . A second set of grip flap  55 ,  57  wrap around cabinets  32 ,  34  into upper product-storage areas  31  as suggested in  FIG.  12   . A second coupler  38  is secured along left sides of cabinets  32 ,  34  similar to first coupler  36  as suggested in  FIGS.  13  and  14   . 
     Containers  35  are received in receptacles  33  of cabinets  32 ,  34  as suggested in  FIGS.  14  and  15   . Attachment flaps  54 ,  56  are folded relative to display-side panels  52  of couplers  36 ,  38  and into containers  35  to hold containers  35  on cabinets  32 ,  34  as suggested in  FIGS.  15  and  16   . Header board  11  is inserted into pocket  20  between cabinets  32 ,  34  to engage with header mount  13  to form product display  10  as suggested in  FIG.  16   . Slots  86 ,  88  of header board  11  engage with elastic members  22 ,  24 . Elastic members  22 ,  24  of header mount  13  are configured to stretch to allow header board  11  to slide in pocket  20  between the display and shipping positions at the selection of a user. In some embodiments, display header  12  is attached to product-support structure  14  before product is stored in product-support structure  14  and shipped to a retail location. Header board  11  is formed from a header-board blank  80  shown in  FIG.  23   . Header board blank  80  includes a front panel  82  coupled to a back panel  84  with indicia positioned on both of the front and back panels  82 ,  84 . Front and back panels  82 ,  84  fold relative to one another for form header board  11 . 
     One illustrative process for assembling a transport package  90  is shown in  FIGS.  17  and  18   . An outer casing  92  is sized to receive product display  10  therein. Outer casing  92  is positioned to surround product display  10  to form transport package  90  and retain the product on product-support structure  14 . Outer casing  92  moves display header  12  from the display position to the shipping position and holds display header  12  in the shipping position during transit of product display  10  to a retail location. A user of product display  10  removes outer casing  92  to expose the product stored in product-support structure  14  and header mount  13  moves header board  11  to the display position for showing product indicia  16  to customers at the retail location. 
     Blanks  60 ,  70  used to form cabinets  32 ,  34  are shown in  FIGS.  19  and  20   . Cabinets  32 ,  34  are formed as a result of coupling an insert with a tubular body. The body is formed by erecting a body blank  60 , and the insert is formed by erecting an insert blank  70 . Blanks  60 ,  70  are made, for example, of corrugated material. As shown and described herein, when making reference to a blank of material, solid lines denote a cut line where adjacent portions of material are severed from one another and dashed lines denote a fold line where portions of material are folded relative to one another. In some examples, fold lines are scored or perforated. 
     Body blank  60  includes two sidewall panels  62 ,  66  coupled to a body shelf-part strip  64 , and a back wall panel  68  coupled to sidewall panel  66  as shown in  FIG.  19   . In some embodiments, back wall panel  68  is coupled to sidewall panel  62 . Body shelf-part strip  64  is formed to define a plurality of second shelf parts  61  corresponding to a number of product-storage areas  31  in the assembled cabinet  32 ,  34 . Body shelf-part strip  64  is also formed to define a cover flap  65  used to form a portion of receptacle  33 . A brace flap  67  is coupled to back wall  68  and engages with cover flap  65  used to form a portion of receptacle  33 . Back wall panel  68  is formed to include a plurality of slots  78 . Sidewall panels  62 ,  66  provide lateral walls of the body, body shelf-part strip  64  provides a front wall of the body, and back wall panel  68  provides a back wall of the body. Panels  62 ,  66 ,  68  and body shelf-part strip  64  fold relative to one another to form the body, and a retainer flap  69  engages with panel  68  to retain the body in a folded position. In some embodiments, an adhesive material couples retainer flap  69  to panel  68 . 
     Insert blank  70  includes spacer panels  72 ,  76  coupled to an insert shelf-part strip  74  as shown in  FIG.  20   . Insert shelf-part strip  74  is formed to define a plurality of first shelf parts  73 . Insert shelf-part strip  74  is also formed to define a base flap  79  used to form a portion of receptacle  33 . A support tab  71  is coupled to each first shelf part  73 , and each first shelf part  73  is coupled to a support wall band  75  along an opposing edge thereof. A support tab  77  is coupled to base flap  79 , and base flap  79  is coupled to a support wall band  75  along an opposing edge thereof. Panels  72 ,  76  and insert shelf-part strip  74  fold relative to one another to form the insert. 
     Each second shelf part  61  of body shelf-part strip  64  is coupled to a front wall band  63  as shown in  FIG.  19   . Back wall panel  68  is formed to include slots  78 . Slots  78  are configured to receive support tabs  71 ,  77  of first shelf part  73  and base flap  79  to support first shelf part  73  and base flap  79  relative to back wall panel  68 . Base flap  79  cooperates with cover flap  65  and brace flap  67  to form receptacle  33 . 
     Another embodiment of a product display  210  in accordance with the present disclosure is shown in  FIG.  24   . Product display  210  includes a display header  212  coupled to a product-support structure  214 . Product display  210  is similar to product display  10  with one difference being that four cabinets  232   a ,  232   b ,  234   a ,  234   b  are used in product-support structure  214 . For example, product display  10  may be ¼ pallet sized, and product display  210  may be half-pallet sized. In some embodiments, a product display is formed in a full-pallet size. 
     Display header  212  includes a header board  211  and a header mount  213  coupled to product-support structure  214  to support header board  211  for movement relative to product-support structure  214  as suggested in  FIG.  24   . In the illustrative embodiment, header board  211  extends between both sets of cabinets  232   a ,  232   b ,  234   a ,  234   b . A base tray  239  is sized to receive cabinets  232   a ,  232   b ,  234   a ,  234   b.    
     Another embodiment of a product display  310  in accordance with the present disclosure is shown in  FIG.  25   . Product display  310  includes a display header  312  coupled to a product-support structure  314 . Product display  310  is similar to product display  10  with one difference being that four cabinets  332   a ,  332   b ,  334   a ,  334   b  are used in product-support structure  314 . For example, product display  10  may be ¼ pallet sized, and product display  310  may be half-pallet sized. In some embodiments, a product display is formed in a full-pallet size. 
     Display header  312  includes header boards  311   a ,  311   b  and header mounts  313   a ,  313   b  coupled to product-support structure  314  to support header boards  311   a ,  311   b , respectively, for movement relative to product-support structure  314  as suggested in  FIG.  25   . In the illustrative embodiment, header board  311   a  extends between cabinets  332   a ,  334   a  and header board  311   b  extends between cabinets  332   b ,  334   b . A base tray  339  is sized to receive cabinets  332   a ,  332   b ,  334   a ,  334   b.    
     Another embodiment of a product display  410  in accordance with the present disclosure is shown in  FIG.  26   . Product display  410  includes a display header  412  positioned within a product-support structure  414  as suggested in  FIG.  27   . Product-support structure  414  is configured to support product for display in a retail setting. Product indicia  416  related to products stored in product-support structure  414  is positioned on a front side and back side of display header  412  and visible when display header  412  is in a display position as shown in  FIG.  26   . 
     Display header  412  includes a header board  411  and a header mount  413  coupled to an H-frame  437  to support header board  411  for movement relative to product-support structure  414  between the display position, as shown in  FIG.  26   , and a shipping position at the selection of a user. At least a portion of product indicia  416  is obscured from view when header board  411  is in the shipping position and a height of product display  410  is reduced compared to when header board  411  is in the display position. Header mount  413  biases header board  411  toward the display position to support the header board  411  in the display position for showing product indicia  416  to customers at a retail location as shown in  FIG.  26   . 
     Header board  411  is received in a pocket  420  of H-frame  437  as suggested in  FIG.  27   . Pocket  420  locates header board  411  relative to product-support structure  414  and is configured to guide header board  411  between the display and shipping positions. Pocket  420  and header board  411  are aligned with a front-side tray-stack  436  and a back-side tray-stack  438  of product-support structure  414  where product is stored as suggested in  FIG.  26   , but other orientations for pocket  420  and header board  411  are contemplated by the present disclosure. 
     In the illustrative embodiment, product-support structure  414  includes a left-side pair of cabinets  432 , an opposingly faced right-side pair of cabinets  434 , and the front-side and back-side tray-stacks  436 ,  438  as shown in  FIG.  27   . Each tray-stack  436 ,  438  includes a plurality of product trays  452  stacked onto one another. Each cabinet  432 ,  434  is formed to define product-storage areas for storing products for display. Each product tray  452  is formed to define a product-storage area for storing products for display. 
     H-frame  437  of product-support structure  414  includes a pair of opposingly faced frame members  441 ,  443  as shown in  FIG.  27   . Frame members  441 ,  443  come together to define pocket  420  for receiving header board  411 . Each frame member  441 ,  443  includes a guide panel  445  and alignment panels  447 ,  449  coupled along opposing sides of guide panel  445  as shown in  FIG.  28   . Alignment panels  447 ,  449  engage with cabinets  432 ,  434  and tray-stacks  436 ,  438  to align the components of product-support structure  414  on a platform  439 . Platform  439  assists in holding the components of product-support structure  414  together and for supporting product-support structure  414  during transport. Each frame member  441 ,  443  is formed from a frame-member blank  480  shown in  FIG.  32   . 
     Each frame member  441 ,  443  includes a plurality of complimentary connectors  440  and slots  444  that engage with one another to hold frame members  441 ,  443  together as suggested in  FIG.  28   . Each connector  440  includes a lock tab  442  and one or more spacers  448 . Lock tabs  442  are received through slots  444  to hold H-frame  437  together, and spacers  448  maintain a gap between frame members  441 ,  443  to define pocket  420 . Guide panels  445  and connectors  440  define pocket  420 . 
     Header mount  413  includes a pair of elastic members  422 ,  424  that engage with frame members  441 ,  443  and header board  411  to support header board  411  on H-frame  437  as suggested in  FIG.  29   . In some embodiments, elastic members  422 ,  424  are formed as elongated strands of stretchable material, and the number of elastic members  422 ,  424  can be increased or decreased to adjust for size, weight, display position height, etc. of display header  412 . Each elastic member  422 ,  424  includes barbs  486  positioned at opposing ends thereof. One end of elastic members  422 ,  424  are fed into slots  446  of H-frame  437  with an opposing end of elastic members  422 ,  424  being fed into slots  488  of header board  411 . Barbs  486  engage with header board  411  and H-frame  437 . Elastic members  422 ,  424  are configured to stretch to allow header board  411  to slide in pocket  420  between the display and shipping positions at the selection of a user as suggested in  FIGS.  30  and  31   . In some embodiments, display header  412  is positioned within product-support structure  414  before product is stored in product-support structure  414  and shipped to a retail location. 
     In some embodiments, product display  410  can be combined with an outer cover to form a transport package to retain the product on product-support structure  414  during shipping. The outer casing moves display header  412  from the display position to the shipping position and holds display header  412  in the shipping position during transit of product display  410  to a retail location. A user of product display  410  removes the outer casing to expose the product stored in product-support structure  414  and header mount  413  moves header board  411  to the display position for showing product indicia  416  to customers at the retail location. 
     Another embodiment of a product display  510  in accordance with the present disclosure is shown in  FIG.  33   . Product display  510  includes a display header  512  positioned within a product-support structure  514 . Product-support structure  514  is configured to support product for display in a retail setting. Product indicia  516  related to products stored in product-support structure  514  is positioned on a front side and back side of display header  512  and visible when display header  512  is in a display position as shown in  FIG.  33   . 
     Display header  512  includes a header board  511  and a header mount  513  coupled to an H-frame  537  to support header board  511  for movement relative to product-support structure  514  between the display position, as shown in  FIG.  33   , and a shipping position at the selection of a user. At least a portion of product indicia  516  is obscured from view when header board  511  is in the shipping position and a height of product display  510  is reduced compared to when header board  511  is in the display position. Header mount  513  biases header board  511  toward the display position to support the header board  511  in the display position for showing product indicia  516  to customers at a retail location. 
     Header board  511  is received in a pocket  520  of H-frame  537  as suggested in  FIG.  33   . Pocket  520  locates header board  511  relative to product-support structure  514  and is configured to guide header board  511  between the display and shipping positions. Pocket  520  and header board  511  are aligned with front-side display vehicles  532  and back-side display vehicles  534  of product-support structure  514  where product is stored as suggested in  FIG.  33   , but other orientations for pocket  520  and header board  511  are contemplated by the present disclosure. 
     In the illustrative embodiment, product-support structure  514  includes front-side and back-side display vehicles  532 ,  534  aligned relative to H-frame  537  as shown in  FIG.  33   . Display vehicles  532 ,  534  can be any type of display vehicle, such as cabinets, risers, stacked trays, three-sided structures, and other structures that support or otherwise store product for display and transportation. Each display vehicle  532 ,  534  is formed to define product-storage areas for storing products for display. 
     H-frame  537  of product-support structure  514  includes a pair of opposingly faced frame members  541 ,  543  as shown in  FIG.  34   . Frame members  541 ,  543  come together to define pocket  520  for receiving header board  511  as suggested in  FIG.  35   . Each frame member  541 ,  543  includes a guide panel  545 , alignment panels  547 ,  549  coupled along opposing sides of guide panel  545 , and alignment flaps  562 ,  564 ,  566  coupled to lower portions of panels  545 ,  547 ,  549 . Alignment panels  547 ,  549  and alignment flaps  562 ,  564 ,  566  engage with display vehicles  532 ,  534  to align the components of product-support structure  514 . In some embodiments, a platform assists in holding the components of product-support structure  514  together and for supporting product-support structure  514  during transport. 
     Each frame member  541 ,  543  includes a plurality of complimentary connectors  540  and slots  544  that engage with one another to hold frame members  541 ,  543  together as suggested in  FIGS.  34  and  35   . Each connector  540  includes a lock tab  542  and one or more spacers  548 . Lock tabs  542  are received through slots  544  to hold H-frame  537  together, and spacers  548  maintain a gap between frame members  541 ,  543  to define pocket  520 . Guide panels  545  and connectors  540  define pocket  520 . Each frame member  541 ,  543  is formed from a frame-member blank  580  shown in  FIG.  40   . 
     Graphic wrappers  536 ,  538  are coupled to frame members  541 ,  543  to form H-frame  537  as suggested in  FIG.  36   . Each graphic wrapper  536 ,  538  includes a display-side panel  552 , grip flaps  554 ,  556  coupled to display-side panel  552 , and cover flaps  551 ,  553  coupled to display-side panel  552 . Display-side panel  552  defines an exterior side of product display  510  when assembled. Cover flaps  551 ,  553  fold over upper portions of alignment panels  547 ,  549  of frame members  541 ,  543 . Grip flaps  554 ,  556  fold around alignment panels  547 ,  549  and tabs  555 ,  557  extending from grip flaps  554 ,  556  engage with guide panels  545  to secure graphic wrappers  536 ,  538  onto frame members  541 ,  543 . In some embodiments, display-side panels  552  are printed with graphics or other indicia. Each graphic wrapper  536 ,  538  is formed from a graphic-wrapper blank  550  shown in  FIG.  41   . 
     Header mount  513  includes a pair of elastic members  522 ,  524  that engage with H-frame  537  and header board  511  to support header board  511  on product-support structure  514  as suggested in  FIG.  37   . In some embodiments, elastic members  522 ,  524  are formed as elongated strands of stretchable material, and the number of elastic members  522 ,  524  can be increased or decreased to adjust for size, weight, display position height, etc. of display header  512 . Each elastic member  522 ,  524  includes barbs  586  positioned at opposing ends thereof. One end of elastic members  522 ,  524  are fed into slots  546  of H-frame  537  with an opposing end of elastic members  522 ,  524  being fed into slots  588  of header board  511 . Barbs  586  engage with header board  511  and H-frame  537 . Elastic members  522 ,  524  are configured to stretch to allow header board  511  to slide in pocket  520  between the display and shipping positions at the selection of a user as suggested in  FIGS.  38  and  39   . In some embodiments, display header  512  is attached to product-support structure  514  before product is stored in product-support structure  514  and shipped to a retail location. 
     In some embodiments, product display  510  can be combined with an outer cover to form a transport package to retain the product on product-support structure  514  during shipping. The outer casing moves display header  512  from the display position to the shipping position and holds display header  512  in the shipping position during transit of product display  510  to a retail location. A user of product display  510  removes the outer casing to expose the product stored in product-support structure  514  and header mount  513  moves header board  511  to the display position for showing product indicia  516  to customers at the retail location. 
     Another embodiment of a product display  610  in accordance with the present disclosure is shown in  FIG.  42   . Product display  610  includes a display header  612  positioned within a product-support structure  614 . Product-support structure  614  is configured to support product for display in a retail setting. Product indicia  616 ,  696  related to products stored in product-support structure  614  is positioned on display header  612  and visible when display header  612  is in a display position as shown in  FIG.  42   . 
     Display header  612  includes header boards  611 ,  691 ,  695  and header mounts  613 ,  693 ,  697  coupled to an H-frame  637  to support header boards  611 ,  691 ,  695 , respectively, for movement relative to product-support structure  614  between the display position, as shown in  FIG.  42   , and a shipping position at the selection of a user. In the illustrative embodiment, product indicia  616  is positioned on a front side and back side of header board  611  and product indicia  696  is positioned on at least outward facing portions of side header boards  691 ,  695 . At least a portion of product indicia  616 ,  696  is obscured from view when display header  612  is in the shipping position and a height of product display  610  is reduced compared to when display header  612  is in the display position. Header mounts  613 ,  693 ,  697  bias header boards  611 ,  691 ,  695 , respectively, toward the display position to support the display header  612  in the display position for showing product indicia  616 ,  696  to customers at a retail location. 
     Header board  611  is received in a pocket  620  of H-frame  637  as suggested in  FIG.  42   . Pocket  620  locates header board  611  relative to product-support structure  614  and is configured to guide header board  611  between the display and shipping positions. Pocket  620  and header board  611  are aligned with front-side display vehicles  632  and back-side display vehicles  634  of product-support structure  614  where product is stored as suggested in  FIG.  42   , but other orientations for pocket  620  and header board  611  are contemplated by the present disclosure. Side header boards  691 ,  695  are received in side pockets  690 ,  692 , respectively, along lateral sides of product-support structure  614 . Side pockets  690 ,  692  locate side header boards  691 ,  695  relative to product-support structure  614  and are configured to guide side header boards  691 ,  695  between the display and shipping positions. Side pockets  690 ,  692  and side header boards  691 ,  695  are aligned perpendicular to header board  611  and pocket  620  as shown in  FIG.  42   , but other orientations for side pockets  690 ,  692  and side header boards  691 ,  695  are contemplated by the present disclosure. 
     In the illustrative embodiment, product-support structure  614  includes front-side and back-side display vehicles  632 ,  634  aligned relative to H-frame  637  as shown in  FIG.  42   . Display vehicles  632 ,  634  can be any type of display vehicle, such as cabinets, risers, stacked trays, three-sided structures, and other structures that support or otherwise store product for display and transportation. Each display vehicle  632 ,  634  is formed to define product-storage areas for storing products for display. 
     H-frame  637  of product-support structure  614  includes a pair of opposingly faced frame members  641 ,  643  as shown in  FIG.  43   . Frame members  641 ,  643  come together to define pocket  620  for receiving header board  611  as suggested in  FIG.  44   . Each frame member  641 ,  643  includes a guide panel  645  and alignment panels  647 ,  649  coupled along opposing sides of guide panel  645 . Mount tabs  662  are coupled to lower portions of panels  645 ,  647 ,  649  and engage with slots  664  of a platform  639  to hold frame members  641 ,  634  on platform  639  as suggested in  FIGS.  43  and  44   . Alignment panels  647 ,  649  engage with display vehicles  632 ,  634  to align the components of product-support structure  614  on platform  639 . Platform  639  assists in holding the components of product-support structure  614  together and for supporting product-support structure  614  during transport. 
     Each frame member  641 ,  643  includes a plurality of complimentary connectors  640  and slots  644  that engage with one another to hold frame members  641 ,  643  together as suggested in  FIGS.  43  and  44   . Each connector  640  includes a lock tab  642  and one or more spacers  648 . Lock tabs  642  are received through slots  644  to hold H-frame  637  together, and spacers  648  maintain a gap between frame members  641 ,  643  to define pocket  620 . Guide panels  645  and connectors  640  define pocket  620 . In some embodiments, frame members  641 ,  643  are formed from a frame-member blank. 
     Graphic wrappers  636 ,  638  are coupled to frame members  641 ,  643  to define side pockets  690 ,  692  and form H-frame  637  as suggested in  FIGS.  45  and  46   . Each graphic wrapper  636 ,  638  includes a display-side panel  652  and grip flaps  654 ,  656  coupled to display-side panel  652  by spacer strips  651 ,  653 , respectively. Display-side panel  652  defines an exterior side of product display  610  when assembled. Grip flaps  654 ,  656  fold around alignment panels  647 ,  649  of frame members  641 ,  643  and tabs  655 ,  657  extending from grip flaps  654 ,  656  engage with guide panels  645  to secure graphic wrappers  636 ,  638  onto frame members  641 ,  643 . Spacer strips  651 ,  653  position display-side panel  652  apart from alignment panels  647 ,  649  to define side pockets  690 ,  692 . In some embodiments, display-side panels  652  are printed with graphics or other indicia. In some embodiments, graphic wrappers  636 ,  638  are formed from graphic-wrapper blanks. 
     Header mount  613  includes a pair of elastic members  622 ,  624  that engage with H-frame  637  and header board  611  to support header board  611  on product-support structure  614  as suggested in  FIGS.  47  and  48   . In some embodiments, elastic members  622 ,  624  are formed as elongated strands of stretchable material, and the number of elastic members  622 ,  624  can be increased or decreased to adjust for size, weight, display position height, etc. of header board  611 . Each elastic member  622 ,  624  includes barbs  686  positioned at opposing ends thereof. One end of elastic members  622 ,  624  are fed into slots  646  of H-frame  637  with an opposing end of elastic members  622 ,  624  being fed into slots  688  of header board  611 . Barbs  686  engage with header board  611  and H-frame  637 . Elastic members  622 ,  624  are configured to stretch to allow header board  611  to slide in pocket  620  between the display and shipping positions at the selection of a user. 
     Side header mount  693  includes a pair of elastic members  685 ,  687  that engage with H-frame  637  and side header board  691  to support side header board  691  on H-frame  637  as suggested in  FIGS.  49  and  50   . Elastic members  685 ,  687  are similar to elastic members  622 ,  624 , and the number of elastic members  685 ,  687  can be increased or decreased to adjust for size, weight, display position height, etc. of side header board  691 . One end of elastic members  685 ,  687  are fed into slots  681 ,  683 , respectively, of H-frame  637  with an opposing end of elastic members  685 ,  687  being fed into slots  689  of side header board  691 . Elastic members  685 ,  687  are configured to stretch to allow side header board  691  to slide in side pocket  690  between the display and shipping positions at the selection of a user. Side header board  695  is mounted to H-frame in side pocket  692  using side header mount  697  similar to side header board  691  and side header mount  693 . In some embodiments, display header  612  is attached to product-support structure  614  before product is stored in product-support structure  614  and shipped to a retail location. 
     One illustrative process for assembling a transport package  700  is shown in  FIGS.  51 - 54   . An outer casing  702  is sized to receive product display  610  therein. Outer casing  702  is positioned to surround product display  610  to form transport package  700  and retain the product on product-support structure  614 . Outer casing  702  includes a body  704 , top closure flaps  706 , and bottom closure flaps  708 . A user (such as a packager) moves display header  612  from the display position to the shipping position and closes top flaps  706  over product display  610  to hold display header  612  in the shipping position during transit of product display  610  to a retail location. A user of product display  610  (such as an employee at a retail location) removes outer casing  702  to expose the product stored in product-support structure  614  and header mounts  613 ,  693 ,  697  move header boards  611 ,  691 ,  695  to the display position for showing product indicia  616 ,  696  to customers at the retail location. 
     It is within the scope of the present disclosure to make product-support structures, header boards, containers, frame members, and trays in accordance with the present disclosure from a variety of materials including corrugated paperboard, folding carton, solid fiber, plastic sheeting, plastic corrugated, combinations thereof, or any other suitable material. In illustrative embodiments, product-support structures, header boards, containers, frame members, and trays may be formed from the same or different materials. 
     In illustrative embodiments, product displays can be of various sized, such as ¼ pallet, half pallet, and full pallet for example. Product-support structures can be formed using various display vehicles, such as cabinets, risers, stacked trays, three-sided structures, and other structures that support or otherwise store product for display and transportation. The display vehicles can be of various sizes. 
     In illustrative embodiments, the display headers automatically pop-up when used. The display headers are adaptable for use with a variety of product-support structures in a retail environment. 
     In illustrative embodiments, the display headers include elastic bands and a graphic header board which in combination attach to a product-support structure. Once the display header is attached to a product-support structure, the graphic header board is moved into the down position for shipment. A shrink film or corrugated shroud are placed around the product-support structure and display header to protect it for shipment. Once the product display arrives to its intended destination (e.g., a retail location), a user removes the protective cover and the header board will automatically be lifted upward via the elastic bands into the up position for showing the graphics on the front and/or back. 
     In illustrative embodiments, no labor is involved by a user in the retail setting. This solves a problem in that current graphic headers ship loose or separate from the display vehicle. Many times those loose headers are placed on the top or may be attached via plastic rivets or clips. In either case, a user must find the header (if loose), read the set up instruction sheet, and attach the header to the display vehicle. The display headers of the present disclosure automatically move the graphic element (e.g., header board) up into position meeting retail compliance requirements and saving labor. 
     In illustrative embodiments, product-support structures or display vehicles can include product-support structures, stacked trays, three-sided structures, and other structures that support or otherwise store product for display and transportation.