the present invention is intended primarily for use with cans and bottles of the types used to contain soft drinks , beer and the like . the blank 10 is formed from a foldable sheet material , such as paperboard . the blank has a top flap 12 which is connected by fold line 14 to side panel 16 , which in turn is connected by fold line 18 to bottom panel 20 . bottom panel 20 is connected by fold line 22 to side panel 24 , which in turn is connected by fold line 26 to top flap 28 . this carton is capable of containing cans or bottles in two rows of six containers each . this carton has the “ racetrack ” handle 30 and 32 formed in the top flaps , 12 and 28 , respectively . cushioning flaps 34 and 36 are provided for the comfort of a person &# 39 ; s hands , and are foldably joined to top flaps 12 and 28 . on the exiting end of the carton , top end flap 38 is joined to top flap 12 by fold line 40 . side end flap 42 is joined to side panel 16 by fold line 44 . bottom end flap 46 is joined to bottom panel 20 by fold line 48 . side end flap 50 is joined by fold line 52 to side panel 24 . top end flap 54 is joined to top flap 28 by fold line 56 . on the closed end of the carton , top end flap 58 is connected to top flap 12 by fold line 60 , side end flap 62 is connected to side panel 16 by fold line 64 , bottom end flap 66 is attached to bottom panel 20 by fold line 68 , side end flap 70 is connected to side panel 24 by fold line 72 and top end flap 74 is connected to top flap 28 by fold line 76 . it will be understood by those skilled in the art that the carton of the present invention is generally symmetrical about a horizontal line of bisection , as viewed when fig1 is rotated lengthwise . this symmetry aids in the efficient production of the present carton . in forming this blank 10 into a carton , top flap 12 is glued to top flap 28 forming a sleeve . the cans or bottles are then loaded into the carton on their sides and the various end flaps on both ends are closed . using one end as an example , top end flaps 38 and 54 are folded downwardly and bottom end flap 46 is folded upwardly and then side end flaps 42 and 50 are folded sideways . these various end flaps are held together by glue or other means . the other end of the carton is glued and closed in the same fashion . when the blank is folded and glued , the resulting carton has a closed end and an exiting end . however , a dispenser can be placed on both ends of the cartons . the containers exit the carton through the exiting end of the carton . the exiting end of the carton has a tear line 78 that extends through the top flaps 12 and 28 , through the side panels 16 and 24 to form a triangular dispensing flap on the dispenser 79 into the side end flaps 42 and 50 . in order to facilitate the opening of this dispenser 79 , a finger flap 82 may be provided for the easy insertion of the fingers to start the tearing of the dispenser 79 . finger flap 82 is connected to top flaps 12 and 28 by tear line 80 . finger flap 82 may be provided with insertion flap 86 to facilitate entry of the fingers into the carton . for the opening of the dispenser 79 , insertion flap 86 is connected to finger flap 82 by fold line 84 . finger flap 82 and insertion flap 86 are connected to the dispenser 79 by fold line 88 which interrupts the tear line 78 . it will be noticed that tear line 78 extends into side end flaps 42 and 50 so as to form a substantial bottom portion 90 and 92 so that the end of the carton will have a bottom end when the dispenser 79 is opened . fig2 shows the carton full of cans with the dispenser 79 open except for the tear lines 78 through the side end flaps 42 , 50 . it will be noted that the dispenser is a unitary structure . the dispenser 79 is opened by a person inserting his or her fingers into finger flap 82 and pulling the dispenser 79 open . insertion flap 86 is provided to facilitate the entry of the fingers into the opening provided by finger flap 82 . finger flap 82 and insertion flap 86 are placed so that the fingers will enter the interior of the carton between the first and second cans . fig3 shows the dispenser 79 completely opened but still attached to the carton by tear line 78 not being torn open through side end flaps 42 and 50 . when the dispenser 79 is completely opened , the top can c will fall into the basket formed by the dispensing flap 79 and be retained . this dispenser 79 serves as a safety net to prevent the can from leaving the vicinity of the carton . the dispenser 79 forms a basket with triangular flaps forming side walls , side end flaps 42 and 50 forming a bottom wall and the torn off portions of the top flaps 12 and 28 forming an end wall . in order to maintain the structural integrity of this carton , the bottom portions 90 and 92 of the side end flaps 42 and 50 are not removed from the carton when the dispenser is removed . the structural integrity of the carton is improved by the fact that the bottom end flap 46 is not removed . the bottom end flap 46 has a height h approximately equal to the distance between a and b along fold lines 44 and 52 respectively . this means that the bottom end flap 46 has the same height as the bottom portions 90 and 92 of the side end flaps 42 and 50 , thus producing a strong bottom end structure . if desired , the dispenser 79 can be totally removed from carton or left attached along tear line 78 in side flaps 42 and 50 and reclosed . as illustrated in fig4 , a can c can be easily removed from the carton by using the fingers f and the thumb t of a hand . fig5 is a plan view of a blank from which a carton containing cans in three rows of four cans each according to the invention is formed . this carton has a single slot handle for carrying . the blank 110 has a bottom flap 112 which is connected by fold line 114 to side panel 116 , which in turn is connected by fold line 118 to top panel 120 . top panel 120 in turn is connected by fold line 122 to side panel 124 which in turn is connected by fold line 126 to bottom flap 128 . on the closed end of the carton , bottom end flap 130 is foldably connected by fold line 132 to bottom flap 112 . side end flap 134 is connected by fold line 136 to side panel 116 . top end flap 138 is connected by fold line 140 to top panel 120 . side end flap 142 is connected by fold line 144 to side panel 124 and bottom end flap 146 is connected by fold line 148 to bottom flap 128 . the exiting end of the carton has a bottom end flap 150 which is connected to bottom flap 112 by fold line 152 . side end flap 154 is connected by fold line 156 to side panel 116 . top end flap 158 is connected by fold line 160 to top panel 120 . side end flap 162 is connected by fold line 164 to side panel 124 . bottom end flap 166 is connected by fold line 168 to bottom flap 128 . this carton has a slot handle 170 formed by cut line 172 and fold lines 174 and 176 . it also has a score line 178 to assist in dissipating the forces involved in lifting a loaded carton . a dispenser 180 is formed by tearing tear line 182 which extends from the top panel 120 through side panels 116 , 124 and into side end flaps 154 and 162 . tear line 182 extends into side end flaps 154 and 162 , so as to leave bottom portions 184 , 186 that has a height when the carton is formed along lines 156 , 164 respectively that is approximately equal to the height of bottom end flaps 150 and 166 in order to provide structural strength to the carton . this carton may have a finger flap 188 connected to dispenser 180 by fold line 190 and insertion flap 192 connected to finger flap 188 by fold line 194 . finger flap 188 and insertion flap 192 are joined to top panel 120 by tear line 196 . a sleeve from this carton is prepared by gluing the bottom flap 112 and 128 in an overlapping relationship . this carton is then loaded in the same manner as the carton shown in fig2 through as the end of the cartons . side end flaps 134 , 142 , 154 , and 162 are glued over the bottom end flaps 130 , 146 , 150 , 166 and top end flaps 138 and 158 to close the ends of the carton . the dispenser is opened in the same manner as the dispenser shown in fig1 and 2 . the dispenser of this invention can be used for both cans and other types of cylindrical containers . it is particularly useful for pet bottles having a stubby configuration . one of the unique features of the dispenser of this invention is that it provides easy access to the cans or bottles in the carton but yet does not greatly diminish the structural integrity of the carton . this is partly because the bottom end of the end panel in which the dispenser is located is retained . this accomplished by leaving a bottom portion on the side end panel that is equal in height to the bottom end flaps . the dispenser of this invention provides an easy opening feature in that it has a finger flap and insertion flap so that a person &# 39 ; s fingers can be inserted between the first and second can to open the dispenser . this dispenser also provides a safety net or basket in that if the tear line for the dispenser is not torn along the side end flaps , it remains attached to the carton and can catch in its basket a can as it is removed from the carton . while the invention has been disclosed in its preferred forms , it will be apparent to those skilled in the art that many modifications , additions , and deletions can be made therein without departing from the spirit and scope of the invention and its equivalents as set forth in the following claims .
a carton with an improved dispenser at one of the carton which preserves the integrity of the carton when the carton is opened by permitting a bottom end flap attached to the bottom panel to remain in place and also a portion of each side end flap that is adjacent to the bottom end flap . this dispenser may also provide a safety net for the first container that is automatically dispensed when the carton is opened .