referring to the drawings in detail , a point of sale display station 10 according to the present invention includes a rectangular bottom wall 12 and a rectangular rear wall 14 having its bottom edge secured to a rear lengthwise edge of bottom wall 12 . a right side pentagonal wall 16 is connected with the right vertical edge of rear wall 14 and with a right side widthwise edge of bottom wall 12 , with right side pentagonal wall 16 having a rectangular lower portion 16 a and a triangular upper portion 16 b . a left side pentagonal wall 18 is connected with the left vertical edge of rear wall 14 and with a left side widthwise edge of bottom wall 12 , with left side pentagonal wall 18 having a rectangular lower portion 18 a and a triangular upper portion 18 b . l - shaped channel members 19 are secured to front edges of rectangular lower portions 16 a and 18 a , and in particular , have a first elongated leg 19 a secured to an outer surface of each rectangular lower portion 16 a and 18 a at a front edge thereof , and a second elongated leg 19 b extending slightly inwardly from the respective first elongated leg 19 a . l - shaped channel members 19 are also secured to rear edges of rectangular lower portions 16 a and 18 a and end edges of rear wall 14 . a lower front panel 20 is removably connected by wing nuts ( not shown ) to the lower ends of second elongated legs 19 b of l - shaped channel members 19 , and can be easily removed for restocking of product . lower front panel 20 extends about one - third of the height of rectangular lower portions 16 a and 18 a , thereby providing a large front opening 21 through which products can be deposited and removed . because of triangular upper portions 16 a and 18 a of pentagonal walls 16 and 18 , a roof 22 which is connected to the upper edges of triangular upper portions 16 a and 18 a and rear wall 14 has an inverted v - shape configuration , with a forward sloping portion 22 a and a rearward sloping portion 22 b meeting at an apex 22 c . as a result , roof 22 extends to the upper ends of front edges of pentagonal walls 16 and 18 to limit exposure of the products within display station 10 to sun , rain , snow and other elements . further , because roof 22 is sloped , any rain or snow that falls on roof 22 does not fall on the products and is quickly diverted . roof 22 has end flanges 22 d that fold down over and are secured to the upper edges of triangular upper portions 16 a and 18 a and rear wall 14 by carriage bolts 23 . in accordance with an important aspect of the present invention , a cover 24 is provided for covering front opening 21 , and also serving as a point of sale display . specifically , cover 24 is formed by first through fourth rectangular panels 26 , 28 , 30 and 32 . first rectangular panel 26 has a relatively narrow width and has opposite ends thereof flush against the upper edges of second elongated legs 19 b of l - shaped channel members 19 and fixedly secured thereto by bolts 34 . second rectangular panel 28 has its upper lengthwise edge connected to the lower lengthwise edge of first rectangular panel 26 by a living hinge 36 that permits second rectangular panel 28 to be pivoted upwardly from the position shown in fig1 to the position shown in fig6 . the use of living hinge 36 provides the advantage that there are no discontinuities resulting from the hinged area . this means that rain and snow which slide down forward sloping portion 22 a of sloped roof 22 impact at living hinge 36 and then are diverted to the sides of display station 10 for removal , rather than falling down the front of display station 10 where the snow and rain could fall through front opening 21 onto the products . third rectangular panel 30 has its upper lengthwise edge connected to the lower lengthwise edge of second rectangular panel 28 by a living hinge 38 that permits third rectangular panel 30 to be pivoted upwardly from the position shown in fig1 to the position shown in fig6 . preferably , second and third rectangular panels 28 and 30 are the largest of the rectangular panels and thereby cover the majority of front opening 21 in the closed position of fig1 . fourth rectangular panel 32 has its upper lengthwise edge connected to the lower lengthwise edge of third rectangular panel 30 by a living hinge 40 that permits fourth rectangular panel 32 to be pivoted upwardly from the position shown in fig1 to the position shown in fig6 . however , since fourth rectangular panel 32 is used primarily for securement purposes , it is much narrower than second and third rectangular panels 28 and 30 , and thereby has a width similar to that of first rectangular panel 26 . in the closed position of fig1 and 2 , first through fourth rectangular panels 26 - 32 are aligned with each other so that cover 24 assumes a planar configuration that completely covers front opening 21 . fourth rectangular panel 32 includes two end slots 42 a and 42 b , and a center slot 42 c . a u - shaped metal reinforcing plate 44 is inserted over fourth rectangular panel 32 , from the lower end thereof , in association with each slot 42 a - 42 c . each u - shaped metal reinforcing plate 44 includes a slot 46 in alignment with the respective slot 42 a - 42 c . a swivel plate 48 is secured to each second elongated leg 19 b immediately above the upper edge of lower front panel 20 , and is also secured to a plate 50 that is secured to the upper end of lower front panel 20 . when cover 24 is in the closed position of fig1 and 2 , swivel plates 48 extend through slots 42 a - 42 c and slots 46 . each swivel plate 48 has a relatively flat , enlarged head 48 a with an opening 48 b therein . thus , when each enlarged head 48 a is inserted through the respective slots and rotated , cover 24 is locked in position . a combination or key lock can then be inserted through openings 48 b to prevent opening of cover 24 when the retail establishment is closed , thereby providing a security feature for the goods inside of display station 10 . in the open configuration shown in fig6 , rectangular sections 28 , 30 and 32 are formed in a substantially triangular configuration , so as to be positioned on forward sloping portion 22 a of roof 22 . in this configuration , second rectangular section 28 extends vertically up from living hinge 36 so as to be flush with the front of display station 10 in the open position , and third rectangular section 30 is sloped down rearwardly substantially as a continuation of rearward sloping portion 22 b of roof 24 , although it need not be at the same angle of inclination of rearward sloping portion 22 b . the reason for the flush arrangement of second rectangular panel 28 is that cover 24 is hinged at the top front of display station 10 . because of this arrangement , roof 22 can extend to the top front of display station 10 to limit exposure of the products therein to sun , rain , snow and other elements . further swivel plates 48 are secured to opposite ends of forward sloping portion 22 a of roof 22 adjacent apex 22 c . when cover 24 is in the open position of fig6 , swivel plates 48 extend through slots 42 a and 42 b and slots 46 . thus , when each enlarged head 48 a is inserted through the respective slots 42 a , 42 b and 46 and rotated , cover 24 is locked in the open position . alternatively , magnets can be used at the positions of swivel plates 48 and slits 42 a - 42 c to hold cover 24 in the open and closed positions . in such case , a transverse flange can be provided at the lower edge of rectangular panel 32 and a similar transverse flange can be provided at the upper edge of front panel 20 for abutting thereagainst , each having aligned holes for receiving a padlock . in the open configuration of fig6 and 8 , the rear surface 28 a of second rectangular panel 28 faces outwardly . rear surface 28 a is provided with opposing sets of l - shaped channels 52 . a folded insert member 54 , preferably made of corrugated cardboard or plastic material , formed of a plurality of panels 54 a hinged together in sequence by living hinges 54 b , can be removably inserted in the direction of arrow 56 in fig8 , within respective sets of opposing l - shaped channels 52 for displaying pricing and other information . each panel 54 a has different information printed thereon . each time that a price or other information changes , the respective insert 54 is removed from channels 52 and folded in a different manner so that the desired information can be viewed when insert 54 is replaced in the respective opposing l - shaped channels 52 . accordingly , unlike known arrangements , it is not necessary to provide numerous discrete panels with different information thereon , thereby reducing the burden of changing the pricing and other information . in accordance with another aspect of the present invention , roof 22 is connected to the rear of display station 10 by bent over flanges that provide gaps as air vents so that air from the outside can circulate within display station 10 to prevent overheating of the products therein . specifically , the upper edge of rear wall 14 is formed with spaced apart flanges 58 that are bent down over the rear surface at the upper end of rear wall 14 , as shown in fig9 . recessed openings 60 are provided at the upper edge of rear wall 14 between bent over flanges 58 . in this manner , the rear end flange 22 d of roof 22 is bent over flanges 58 and secured thereto by bolts 23 . because of this arrangement , it will be appreciated that rear end flange 22 d is spaced away from rear wall 14 by the thickness of bent over flanges 58 . as a result , this spacing and the formation of recessed openings 60 form air vents for the circulation of air into and out of display station 10 , as shown by arrows . having described a specific preferred embodiment of the invention with reference to the accompanying drawings , it will be appreciated that the present invention is not limited to that precise embodiment and that various changes and modifications can be effected therein by one of ordinary skill in the art without departing from the scope or spirit of the invention defined by the appended claims .
a point of sale display station for holding products to be sold , includes a peripheral wall which forms an enclosure for the products , the peripheral wall having a front open area for removal of the products from the enclosure ; a roof secured to the peripheral wall , the roof extending substantially to a front surface of the display station ; a cover pivotally mounted at a top front section of the peripheral wall for movement between a first position in covering relation to the front open area and a second position above the front open area and substantially flush and parallel with the front surface of the display station , the cover including a display arrangement on a rear surface thereof for providing information regarding the products in the enclosure ; and a securing arrangement for releasably securing the cover in the first and second positions .