JP7724088B2 - Toner cartridge packaging box, toner cartridge circulation item, and toner cartridge packaging blank - Google Patents

Description

Embodiments of the present invention relate to toner cartridge packaging boxes, toner cartridge circulation products, and toner cartridge packaging blanks.

The toner cartridge packaging box makes the lid top plate parallel to the bottom plate of the storage compartment by adjusting the position at which the lid flap on the lid top plate is fixed relative to the storage compartment of the toner cartridge packaging box.

Japanese Patent Application Laid-Open No. 2005-41564

The problem that this invention aims to solve is to provide a toner cartridge packaging box in which the bottom plate and the top lid plate are parallel or nearly parallel even without the need to fasten the lid flap after assembly, a toner cartridge circulation product that includes toner cartridges packed in that toner cartridge packaging box, and a toner cartridge packaging blank.

According to an embodiment, a toner cartridge packaging box includes a box-shaped container having a rectangular opening extending along the longitudinal direction, a buffer portion for buffering one longitudinal end of the toner cartridge, a lid portion provided on one of a pair of long edges of the opening of the container, an edge provided on the other of the pair of long edges of the container, and a lid crease provided at the boundary between the container and the lid top panel. The container accepts and removes the toner cartridge extending along the longitudinal direction. The buffer portion is integrally provided on at least one longitudinal side of the container. The lid portion includes a lid top panel that covers the opening of the container, and a lid flap provided on the lid top panel and abutting the outer surface of the container. The edge abuts the inner wall of the lid top panel when the lid top panel is folded relative to the container. The lid crease is formed at a position that makes the bottom panel parallel to the lid top panel when the lid top panel is folded relative to the container. The bottom plate side of the storage section is supported by a sheet overlapped by the buffer section and the bottom plate section, and the one end of the toner cartridge is supported in a space formed by the sheet on the opening side of the storage section.

FIG. 2 is a schematic exploded perspective view of a toner cartridge circulation assembly according to an embodiment. 2 is a schematic perspective view showing a toner cartridge circulation product in which a toner cartridge is placed in the toner cartridge packaging box shown in FIG. 1 ; 3 is a schematic perspective view showing a toner cartridge circulation body in which the toner cartridge packaging box shown in FIG. 2 is closed. FIG. FIG. 2 is a schematic perspective view showing a toner cartridge packaging box of a toner cartridge circulation product according to an embodiment. FIG. 5 is a schematic cross-sectional view taken along line VV in FIG. 4. FIG. 6 is a schematic cross-sectional view taken along line VI-VI in FIG. 4. 10A and 10B are diagrams illustrating a toner cartridge packaging blank for a toner cartridge packaging box of a toner cartridge circulation product according to an embodiment. 8 is a view of the toner cartridge circulation assembly shown in FIG. 3 as viewed from the direction indicated by the arrow VIII. FIG. 9 is a schematic cross-sectional view taken along line IX-IX in FIG. 2. FIG. 3 is a schematic cross-sectional view taken along line XX in FIG. 2. 3 is a view of the toner cartridge circulation body in FIG. 2 as viewed from the direction indicated by the arrow XI.

Hereinafter, with reference to Figures 1 to 11, we will explain embodiments of a toner cartridge packaging box (hereinafter mainly referred to as a packaging box) 14, a toner cartridge circulation body (hereinafter mainly referred to as a circulation body) 10, and a toner cartridge packaging blank (hereinafter mainly referred to as a blank) 110.

As shown in Figures 1 to 3, the toner cartridge circulation unit 10 includes a toner cartridge 12 and a toner cartridge packaging box 14.

The toner cartridge 12 shown in Figure 1 is elongated along its longitudinal axis. The toner cartridge 12 is detachable from an image forming device, such as a multifunction peripheral. When attached to the image forming device, the toner cartridge 12 is inserted from the front side of the image forming device toward the rear side. When removed from the image forming device, the toner cartridge 12 is pulled out from the front side of the image forming device.

The toner cartridge 12 has a cylindrical outer container 22 made of, for example, plastic. A lid 24 is fixed to the first end (left side) 221 of the toner cartridge 12 shown in FIG. 1. The lid 24 is welded to the outer container 22 after toner, a powder mixture of electrically charged fine particles and pigment, is poured into the outer container 22. A gear 26 is provided at the first end (left side) 221 of the toner cartridge 12. The second end (right side) 222 of the toner cartridge 12 forms the closure of the outer container 22.

When the toner cartridge 12 is installed in the image forming device, the first end 221 of the toner cartridge 12 shown in Figure 1 is positioned on the rear side of the image forming device, and the second end 222 of the toner cartridge 12 is positioned on the front side of the image forming device.

The packaging box 14 shown in Figures 4 to 6 is formed from a sheet material such as double-sided corrugated cardboard. The packaging box 14 can be formed from paper corrugated cardboard or plastic corrugated cardboard. As an example, the interior dimensions of the packaging box 14 are 463 x 98 x 80 mm, and the exterior dimensions of the packaging box 14 are 500 x 107 x 89 mm. The packaging box 14 has a box-shaped storage section 32, a lid section 34, a first buffer section 36, and a second buffer section 38.

Here, the circulating body 10 has an X-axis, a Y-axis, and a Z-axis relative to the toner cartridge 12 and the packaging box 14, as shown in Figures 1 to 3. The X-axis is a direction along the longitudinal direction of the toner cartridge 12 and the packaging box 14. The Y-axis is perpendicular to the X-axis, and is taken so that the XY plane is a plane parallel to the bottom surface of the bottom plate portion 40 of the packaging box 14. The Y-axis is a direction along the width direction, which is perpendicular to the longitudinal direction. The Z-axis is perpendicular to the X-axis and Y-axis. The Z-axis is a direction along the height direction, which is perpendicular to the longitudinal and width directions.

The storage section 32 is sized to accommodate the toner cartridge 12. The storage section 32 has a bottom plate 40, a first side plate 41, a second side plate 42, a third side plate 43, and a fourth side plate 44. The first side plate 41 and the second side plate 42 are spaced apart in the width direction and face each other. The third side plate 43 and the fourth side plate 44 are spaced apart in the length direction and face each other.

The surface of the first side plate 41 parallel to the ZX plane on the -Y axis side of the storage section 32 of the packaging box 14 shown in Figure 1 is the front side surface, and the surface of the second side plate 42 parallel to the ZX plane on the +Y axis side is the back side surface. The surface of the third side plate 43 parallel to the YZ plane on the -X axis side of the storage section 32 shown in Figure 1 is the left side surface, and the surface of the fourth side plate 44 parallel to the YZ plane on the +X axis side is the right side surface.

The lid portion 34 has a lid top plate 51 and a lid flap 52.

The first buffer section 36 is provided, for example, on the third side panel section 43. Therefore, it is preferable that the first buffer section 36 be provided integrally with one longitudinal end of the storage section 32. The first buffer section 36 is formed to a size that allows the first end 221 of the toner cartridge 12 to fit therein.

The second buffer portion 38 is provided, for example, on the fourth side panel portion 44. Therefore, it is preferable that the second buffer portion 38 be provided integrally with the other longitudinal end of the storage portion 32. The second buffer portion 38 supports the second end 222 of the toner cartridge 12. Therefore, the toner cartridge 12 is formed to a size that allows it to be placed inside the storage portion 32 when, for example, the first end 221 is supported by the first buffer portion 36 and the second end 222 is supported by the second buffer portion 38.

Before being assembled into the packaging box 14 shown in Figures 4 to 6, the blank 110 is formed into a flat plate with a thickness of, for example, 3 mm.

As shown in FIG. 7, the blank 110 has a bottom portion 111, a first side panel region 112, a second side panel region 113, a lid portion 114, a lid flap portion 115, a first inner panel portion 116, a second inner panel portion 117, a first outer panel portion 118, a first bottom abutment portion 119, a first spacer portion (buffer area forming portion) 120, a fitting portion 121, a second spacer portion (buffer area forming portion) 122, a second outer panel portion 123, a second bottom abutment portion 124, a buffer area forming portion 125, and a fixing plate 126.

The bottom portion 111, first side plate region 112, second side plate region 113, lid portion 114, first outer plate portion 118, first spacer portion 120, fitting portion 121, second spacer portion 122, and second outer plate portion 123 are formed in a substantially rectangular shape.

The X-axis is taken in the longitudinal direction of the bottom 111 of the blank 110, and the Y-axis is taken in the direction perpendicular to the longitudinal direction. Therefore, the XY plane is taken to be a plane parallel to the front and back surfaces of the bottom 111 of the blank 110. The Z-axis is taken in the thickness direction of the blank 110.

A crease 131 (one long side of the bottom 111) is formed at the boundary between the bottom 111 and the first side panel region 112. A crease 132 (the other long side of the bottom 111) is formed at the boundary between the bottom 111 and the second side panel region 113. A crease 133 (lid crease) is formed at the boundary between the second side panel region 113 and the lid 114. A crease 134 (lid flap crease) is formed at the boundary between the lid 114 and the lid flap 115. A crease 135 (one short side of the first side panel region 112) is formed at the boundary between the first side panel region 112 and the first inner panel 116. A crease 136 (the other short side of the first side panel region 112) is formed at the boundary between the first side panel region 112 and the second inner panel 117. A crease 137 (on one short side of the second side plate region 113) is formed at the boundary between the second side plate region 113 and the first outer plate portion 118. A crease 138 is formed at the boundary between the first outer plate portion 118 and the first bottom abutment portion 119. A crease 139 is formed at the boundary between the first outer plate portion 118 and the first spacer portion 120. A crease 140 is formed at the boundary between the first spacer portion 120 and the fitting portion 121. A crease 141 is formed at the boundary between the fitting portion 121 and the second spacer portion 122. A crease 142 (on the other short side of the second side plate region 113) is formed at the boundary between the second side plate region 113 and the second outer plate portion 123. A crease 143 is formed at the boundary between the second outer plate portion 123 and the second bottom abutment portion 124. A crease 144 is formed at the boundary between the second outer plate portion 123 and the buffer area forming portion 125. A crease 145 is formed at the boundary between the buffer area forming portion 125 and the fixing plate 126.

The crease 133 is formed at a position that makes the bottom plate 40 and the lid top plate 51 parallel when the lid top plate 51 is folded relative to the storage section 32.

The crease 134 is formed at a position that, when the lid flap 52 is folded relative to the lid top plate 51, causes the lid flap 52 to abut against the outer surface of the first side plate portion 41 and makes the lid flap 52 parallel to the first side plate portion 41.

The length of the lid portion 114 along the Y axis perpendicular to the longitudinal direction (widthwise length) is longer than the length of the bottom portion 111 along the Y axis perpendicular to the longitudinal direction (widthwise length). Therefore, when the lid portion 114 is bent relative to the bottom portion 111 along line 131 and then bent relative to the bottom portion 111 along line 132, with the first side panel region 112 and the second side panel region 113 parallel to each other, the lid portion 114 abuts against the protrusion 1121 of the first side panel region 112.

The edge of the first side plate region 112 on the -Y axis side (opposite the bottom 111 and the ruled line 131) is formed as a protrusion 1121 that protrudes toward the -Y axis side (opposite the bottom 111) relative to the -Y axis side edge (first edge) 1162 of the first inner plate portion 116 and the -Y axis side edge (second edge) 1172 of the second inner plate portion 117. In other words, the edge 1162 of the first inner plate portion 116 is located closer to the bottom 111 (toward the +Y axis) than the protrusion 1121 of the first side plate region 112. The edge 1172 of the second inner plate portion 117 is located closer to the bottom 111 (toward the +Y axis) than the protrusion 1121 of the first side plate region 112. The protrusion 1121 of the first side plate region 112 protrudes, for example, 3 mm toward the -Y axis side relative to the -Y axis side edge 1162 of the first inner plate portion 116 and the -Y axis side edge 1172 of the second inner plate portion 117.

The line (one of the long edges) 133 and the protrusion (the other long edge) 1121 of the first side panel region 112 form a pair of long edges of the opening of the storage section 32.

The first side plate region 112 has a corner 11211 formed as an inclined surface that slopes toward the -Y axis as it approaches the +X axis between the edge 1162 of the first inner plate portion 116 and the protruding portion 1121 of the first side plate region 112. The first side plate region 112 has a corner 11212 formed as an inclined surface that slopes toward the +Y axis as it approaches the +X axis between the edge 1172 of the second inner plate portion 117 and the protruding portion 1121 of the first side plate region 112.

The longitudinal length of the second side plate region 113 along the X-axis is shorter than the longitudinal length of the bottom portion 111. The longitudinal length of the second side plate region 113 is shorter than the longitudinal length of the lid portion 114, for example, by approximately 1 to 2 mm. The length of the second side plate region 113 along the Y-axis, which is perpendicular to the longitudinal direction, is shorter than that of the first side plate region 112.

Through-cut slits 1141 are formed between the lid portion 114 and the first spacer portion 120 and fitting portion 121. Through-cut slits 1142 are formed between the lid portion 114 and the buffer region forming portion 125 and fixing plate 126.

A through cut 1151 is formed between the lid flap portion 115 and the fitting portion 121. The through cut 1151 is continuous with the through cut 1141. On the +Y-axis side of the through cut 1151, an inclined end 1152 is formed that is spaced apart from the fitting portion 121. The inclined end 1152 inclines away from the +X-axis direction as it moves from the +X-axis side edge 1212 of the fitting portion 121 in the +Y-axis direction.

The lid flap portion 115 has a through cut 1151 and a slanted edge 1152 on the edge on the -X axis side. The lid flap portion 115 has an edge 1153 on the edge on the +X axis side that is symmetrical to the through cut 1151 and slanted edge 1152.

The lid flap portion 115 has an edge 1154 on the +Y-axis side. The longitudinal length of the edge 1154 along the X-axis is shorter than the longitudinal lengths of the lid portion 114 and the first side panel region 112. Furthermore, the length of the lid flap portion 115 in the Y-axis direction, which is perpendicular to the X-axis direction (longitudinal direction), i.e., the distance between the line 134 and the edge 1154 of the lid flap portion 115 in the +Y-axis direction, is shorter than the distance between the line 131 and the protrusion 1121 of the first side panel region 112.

This prevents the +Y-axis direction edge 1154 of the lid flap portion 115 from being positioned lower than the bottom plate portion 40. It also prevents the +Y-axis direction edge 1154 of the lid flap portion 115 from being positioned on the -X-axis side beyond the third side plate portion 43, and from being positioned on the +X-axis side beyond the fourth side plate portion 44.

The longitudinal lengths of the bottom 111, first side plate region 112, second side plate region 113, and lid portion 114 are longer than the overall length of the toner cartridge 12. The width lengths of the bottom 111 and lid portion 114 along the Y-axis direction perpendicular to the longitudinal direction are longer than the width of the toner cartridge 12. The heights of the first side plate region 112 and second side plate region 113 along the Y-axis direction perpendicular to the longitudinal direction are longer than the height of the toner cartridge 12 in the height direction perpendicular to the longitudinal and width directions.

The longitudinal length of the first side plate region 112 is shorter than the longitudinal length of the bottom 111. The edge 1161 on the +Y axis side (bottom 111 side) of the first inner plate portion 116 is located farther toward the -Y axis than the bottom 111 and the line 131. As a result, a first groove 161 is formed between the bottom 111, the first side plate region 112, and the first inner plate portion 116. The edge 1171 on the +Y axis side (bottom 111 side) of the second inner plate portion 117 is located farther toward the -Y axis than the bottom 111 and the line 131. As a result, a second groove 162 is formed between the bottom 111, the first side plate region 112, and the second inner plate portion 117.

The crease 138 on the bottom 111 side of the first outer plate portion 118 is spaced away from the crease 132 at the boundary between the bottom 111 and the second side plate region 113 toward the +Y axis.

A first bottom abutment portion 119 is formed on the -Y-axis side of the first outer plate portion 118. The edge 1191 on the +X-axis side of the first bottom abutment portion 119 is inclined and moves away from the bottom portion 111 toward the -X-axis side. The edge 1191 is formed as an inclined end that inclines in the -X-axis direction as it moves from the +Y-axis side to the -Y-axis side. The edge 1192 on the -X-axis side of the first bottom abutment portion 119 has an inclined end 11921 that inclines in the -X-axis direction as it moves from the +Y-axis side to the -Y-axis side, and a straight edge 11922 that extends from the -Y-axis side end of the inclined end 11921 along the -Y-axis direction.

The crease 139 is located on the -Y axis side of the crease 133 between the second side panel region 113 and the lid portion 114.

A first spacer portion 120 is formed on the +Y-axis side (lid portion 114 side) of the first outer plate portion 118. A fitting portion 121 is formed on the +Y-axis side of the first spacer portion 120. A second spacer portion 122 is formed on the +Y-axis side of the fitting portion 121.

The first spacer portion 120 forms an area between creases 139 and 140 that is at least several times longer than the thickness of the cardboard along the Y-axis direction. The Y-axis length (height) of the fitting portion 121 is shorter than the Y-axis length (height) of each of the first side panel region 112 and second side panel region 113 along the Y-axis direction between creases 140 and 141. The Y-axis length between crease 141 and the +Y-axis side edge 1221 of the second spacer portion 122 is shorter than the Y-axis length between creases 139 and 140, for example, by the thickness of the cardboard.

The first spacer portion 120 and the lines 139 and 140 form one of a pair of short edges of the opening of the storage portion 32.

The fitting portion 121 has a first through-cut 151, a second through-cut 152, a third through-cut 153, a fourth through-cut 154, and a fifth through-cut 155. The first through-cut 151, the second through-cut 152, the third through-cut 153, the fourth through-cut 154, and the fifth through-cut 155 extend in the Z-axis direction.

The first through-slit 151 extends along the ruled line 141. The -X side end of the first through-slit 151 is spaced away from the -X axis side edge 1211 of the fitting portion 121 on the +X axis side. The +X side end of the first through-slit 151 is spaced away from the +X axis side edge 1212 of the fitting portion 121 on the -X axis side.

The second through cut 152 is spaced apart from the first through cut 151 on the -Y-axis side and extends in the X-axis direction. Therefore, the first through cut 151 and the second through cut 152 are parallel. The -X-side end of the second through cut 152 is spaced apart from the -X-axis side edge 1211 of the mating portion 121 on the +X-axis side. The +X-side end of the second through cut 152 is spaced apart from the -X-axis side edge 1212 of the mating portion 121 on the -X-axis side.

The distance along the X axis between the -X side end of the first through cut 151 and the -X axis side edge 1211 of the fitting portion 121 is set to be the same as the distance along the X axis between the -X side end of the second through cut 152 and the -X axis side edge 1211 of the fitting portion 121. The distance along the X axis between the +X side end of the first through cut 151 and the +X axis side edge 1212 of the fitting portion 121 is set to be the same as the distance along the X axis between the +X side end of the second through cut 152 and the +X axis side edge 1212 of the fitting portion 121.

The third through-slit 153 connects approximately the center between the -X side end and +X side end of the first through-slit 151 and approximately the center between the -X side end and +X side end of the second through-slit 152. It is preferable that the third through-slit 153 extend along the Y axis.

The fourth through cut 154 extends from the -X-axis end of the second through cut 152 toward the -Y-axis side. The -Y-axis end of the fourth through cut 154 is located in a position that does not reach the ruled line 140. The fifth through cut 155 extends from the +X-axis end of the second through cut 152 toward the -Y-axis side. The -Y-axis end of the fifth through cut 155 is located in a position that does not reach the ruled line 140.

The mating portion 121 has ruled lines 146 and 147 formed along the Y-axis direction. Ruled line 146 is spaced apart in the +X-axis direction from the -X-axis side edge 1211 of the mating portion 121. Ruled line 146 is formed at a position connecting the -X-axis side end of the first through-slit 151 and the -X-axis side end of the second through-slit 152. Ruled line 147 is spaced apart on the +X-axis side from ruled line 146. Ruled line 147 is spaced apart on the -X-axis side from the +X-axis side edge 1212 of the mating portion 121. Ruled line 147 is formed at a position connecting the +X-axis side end of the first through-slit 151 and the +X-axis side end of the second through-slit 152.

A crease 148 is formed between the crease 146 and the third through-cut 153, extending along the Y-axis direction. A crease 149 is formed between the crease 147 and the third through-cut 153, extending along the Y-axis direction.

The fitting portion 121 forms a first buffer flap portion 1213 between the first through-slit 151, the second through-slit 152, and the third through-slit 153 and the score line 146. The fitting portion 121 forms a second buffer flap portion 1214 between the first through-slit 151, the second through-slit 152, and the third through-slit 153 and the score line 147.

A crease 150 is formed along the X-axis in the fitting portion 121. The crease 150 is formed at a position connecting the -Y-axis end of the fourth through-slit 154 and the -Y-axis end of the fifth through-slit 155. The fitting portion 121 forms a third buffer flap portion 1215 between the crease 150 and the second through-slit 152, the fourth through-slit 154, and the fifth through-slit 155.

The crease 143 on the bottom 111 side of the second outer plate portion 123 is located away from the crease 132 at the boundary between the bottom 111 and the second side plate region 113 toward the +Y axis.

A second bottom abutment portion 124 is formed on the -Y-axis side of the second outer plate portion 123. The edge 1241 on the -X-axis side of the second bottom abutment portion 124 is inclined and moves away from the bottom portion 111 toward the +X-axis side. Therefore, the edge 1241 is formed as an inclined end that inclines in the +X-axis direction as it moves from the +Y-axis side toward the -Y-axis side. The edge 1242 on the +X-axis side of the second bottom abutment portion 124 has an inclined end 12421 that inclines in the +X-axis direction as it moves from the +Y-axis side toward the -Y-axis side, and a straight edge 12422 that extends from the -Y-axis side end of the inclined end 12421 along the -Y-axis direction.

The second bottom contact portion 124 has a through-hole 1243 on the -Y axis side of the ruled line 143, to which the protrusion 1262 of the fixing plate 126 is fixed.

A buffer area forming portion 125 is formed on the +Y-axis side of the second outer plate portion 123. A fixing plate 126 is formed on the +Y-axis side of the buffer area forming portion 125. The crease 144 is located on the -Y-axis side of the crease 133 at the boundary between the second side plate portion 113 and the lid portion 114. The buffer area forming portion 125 forms an area along the Y-axis direction between the creases 144 and 145 that is equal to or longer than the thickness of the cardboard.

The buffer area forming portion 125 and the lines 144 and 145 form the other of the pair of short edges of the opening of the storage section 32.

The distance between the ruled line 145 and the +Y-axis side edge 1261 of the fixed plate 126 is shorter than the Y-axis length (height) of the first side plate region 112 and the second side plate region 113 along the Y-axis direction.

The fixing plate 126 has a protrusion 1262 that protrudes toward the +Y axis from the edge 1261 on the +Y axis side. The protrusion 1262 is sized and shaped to fit into the through hole 1243.

A notch 1131 is formed on the second side plate region 113 side at the boundary between the second side plate region 113, the lid portion 114, the first outer plate portion 118, and the first spacer portion 120. The notch 1131 continues to the through notch 1141. A notch 1132 is formed on the second side plate region 113 side at the boundary between the second side plate region 113, the lid portion 114, the second outer plate portion 123, and the buffer region forming portion 125. The notch 1132 continues to the through notch 1142.

In addition, a notch 1133 is formed on the second side plate region 113 side at the boundary between the second side plate region 113, the bottom portion 111, the second outer plate portion 123, and the second bottom abutment portion 124. The notch 1133 is continuous with the edge 1241 on the -X axis side of the second bottom abutment portion 124.

The creases 131-150 on the blank 110 are the folding lines. It is preferable that folding grooves, for example, be formed in advance at the positions of the creases 131-150 to make folding easier.

The blank 110 shown in Figure 7 is folded along the lines 131-150 to form the packaging box 14 shown in Figure 4.

The first side panel region 112 is bent relative to the bottom portion 111 by the grooves 161, 162 and the crease 131. The first inner panel portion 116 is bent relative to the first side panel region 112 by the grooves 161 and the crease 135. The second inner panel portion 117 is bent relative to the first side panel region 112 by the grooves 162 and the crease 136.

The notches 1131, 1132 and the crease 133 allow the lid portion 114 to be bent relative to the second side plate region 113. The notches 1131 and the crease 137 also allow the first outer plate portion 118 and the first spacer portion 120 to be bent relative to the second side plate region 113.

The notches 1132, 1133 and the score line 142 cause the second outer plate portion 123, the second bottom contact portion 124, and the buffer area forming portion 125 to be bent relative to the second side plate region 113.

The first outer plate portion 118 is the plate of the third side plate portion 43 of the packaging box 14 closest to the -X axis. The first inner plate portion 116 is disposed between the first outer plate portion 118 and the fitting portion 121. The first inner plate portion 116 contacts, for example, the +X side of the first outer plate portion 118.

The first bottom contact portion 119 is bent relative to the first outer plate portion 118 by the score line 138. As a result, the first bottom contact portion 119 is placed on the bottom portion 111. At this time, the edge 1191 on the +X-axis side of the first bottom contact portion 119 moves away from the second side plate region 113 toward the +X-axis side. The inclined end 11921 of the first bottom contact portion 119 moves away from the first side plate region 112. The straight edge 11922 of the first bottom contact portion 119 abuts against the first side plate region 112.

The first outer plate portion 118 and the mating portion 121 are bent along lines 139 and 140, and are separated by the first spacer portion 120 between lines 139 and 140. The second spacer portion 122 is also bent along line 141 relative to the mating portion 121. At this time, the first bottom abutment portion 119 and the second spacer portion 122 are overlapped with the bottom portion 111.

Then, the lines 146-149 of the fitting portion 121 are folded to bring the buffer flaps 1213 and 1214 into contact with the first inner plate portion 116. The first spacer portion 120 is placed on the edge 1162 of the first inner plate portion 116. Furthermore, the lines 150 of the fitting portion 121 are folded to position the third buffer flap portion 1215 at a distance from the first spacer portion 120 in the Z-axis direction. Therefore, the first buffer portion 36 is formed on the third side plate portion 43.

The second outer plate portion 123 is the plate closest to the +X axis of the fourth side plate portion 44 of the packaging box 14. The second inner plate portion 117 is positioned between the second outer plate portion 123 and the fixing plate 126.

The second bottom contact portion 124 is bent relative to the second outer plate portion 123 by the crease 143. As a result, the second bottom contact portion 124 is placed on the bottom portion 111. At this time, the edge 1241 on the -X axis side of the second bottom contact portion 124 moves away from the second side plate region 113 toward the -X axis side. The inclined end 12421 of the second bottom contact portion 124 moves away from the first side plate region 112. The straight edge 12422 of the second bottom contact portion 124 abuts against the first side plate region 112.

Then, by bending the lines 144, 145, the protrusion 1262 is inserted into the through-hole 1243 and fixed. At this time, the fourth side plate 44 is made up of three overlapping plates: the second outer plate 123, the second inner plate 117, and the fixing plate 126. The buffer area forming portion 125 also forms a space between the second outer plate 123 and the second inner plate 117, and between the second inner plate 117 and the fixing plate 126. Therefore, the second buffer portion 38 is formed in the fourth side plate 44. The storage portion 32 of the packaging box 14 is also formed from the blank 110.

In this way, a packaging box 14 is formed having a storage section 32, a lid section 34, a first buffer section 36, and a second buffer section 38.

That is, the bottom portion 111, the first bottom abutment portion 119, the second spacer portion 122, and the second bottom abutment portion 124 correspond to the bottom plate portion 40 in the assembled state of the packaging box 14. The first side plate region 112 corresponds to the first side plate portion 41. The second side plate region 113 corresponds to the second side plate portion 42. The first outer plate portion 118 and the first inner plate portion 116 correspond to the third side plate portion 43. The first inner plate portion 116, the first bottom abutment portion 119, the first spacer portion 120, the fitting portion 121, and the second spacer portion 122 correspond to the first buffer portion 36. The second outer plate portion 123, the buffer area forming portion 125, and the fixing plate 126 correspond to the fourth side plate portion 44. The first inner plate portion 117, the second outer plate portion 123, the second bottom abutment portion 124, the buffer area forming portion 125, and the fixing plate 126 correspond to the second buffer portion 38. The lid portion 114 corresponds to the lid top plate 51. The lid flap portion 115 corresponds to the lid flap 52.

For example, the first bottom abutment portion 119 is formed as part of the bottom plate portion 40 and as part of the first buffer portion 36. In this way, part of the blank 110 according to this embodiment can perform multiple functions even though it is a single component.

As shown in FIG. 4, when the packaging box 14 is produced from the blank 110, the first spacer portion 120 is placed on the edge 1162 of the first inner plate portion 116. Therefore, the first spacer portion 120 sandwiches the first inner plate portion 116 between itself and the first outer plate portion 118, and sandwiches the edge 1162 between itself and the lid portion 114. The thickness of the first spacer portion 120 and the amount of protrusion of the first side plate region 112 from the edge 1162 of the first inner plate portion 116 are the same. Therefore, in the packaging box 14, the first spacer portion 120 is flush with the protruding portion 1121 of the first side plate region 112.

Here, the upper end (opening) of the storage section 32 is formed into a rectangular shape by the protrusion 1121 of the first side panel region 112, the first spacer portion 120, the ruled line 132, and the buffer area forming portion 125. Because the first spacer portion 120 forms the upper end of the first buffer portion 36, the first buffer portion 36 is stored within the storage section 32 without protruding above the upper end of the storage section 32. The first buffer portion 36 supports the first end 221 of the toner cartridge 12. The first end 221 of the toner cartridge 12 is fitted into the first buffer portion 36.

When the packaging box 14 is produced from the blank 110, the buffer area forming portion 125 is placed on the edge 1172 of the second inner plate portion 117. The thickness of the buffer area forming portion 125 and the amount of protrusion of the first side plate region 112 from the edge 1172 of the second inner plate portion 117 are the same. Therefore, in the packaging box 14, the buffer area forming portion 125 is flush with the protruding portion 1121 of the first side plate region 112. Therefore, the second buffer portion 38 is accommodated within the storage portion 32 without protruding above the upper end of the storage portion 32. The second buffer portion 38 supports the second end 222 of the toner cartridge 12.

Therefore, the three sides of the upper end of the storage section 32 of the packaging box 14 for the toner cartridge 12 are formed at the same height as the outer surface of the bottom plate section 40. When the boundary line 133 between the second side plate region 113 and the lid section 114 is folded, the inner wall of the lid section 114 abuts the three sides of the upper end of the storage section 32. At this time, the second side plate region 113 is formed in a position where the bottom section 111 and the lid section 114 are parallel. Therefore, as shown in Figure 8, simply folding along the line 133 makes the bottom plate section 40 and the lid top plate 51 parallel.

Here, if the height along the Y axis of the second side plate region 113 of the blank 110 is, for example, 86 mm, and the height along the Y axis of the notch 1131 in the second side plate region 113 is 3 mm, the upper end surface of the first buffer section 36 and the protrusion 1121 of the first side plate region 112 will be flush or nearly flush. If the height along the Y axis of the notch 1132 in the second side plate region 113 is 3 mm, the upper end surface of the second buffer section 38 and the protrusion 1121 of the first side plate region 112 will be flush or nearly flush.

As shown in FIG. 9 , the first end 221 of the toner cartridge 12 is fitted into the first buffer section 36 of the storage section 32 of the packaging box 14, and the second end 222 of the toner cartridge 12 is brought close to the second buffer section 38. At this time, the longitudinal (left-right) length between the first end 221 and the second end 222 of the toner cartridge 12 falls within the range of the longitudinal distance between the third side plate section 43 and the fourth side plate section 44 of the storage section 32. For example, the first end 221 of the toner cartridge 12 penetrates the fitting section 121 but is separated from the first inner plate section 116. The first end 221 of the toner cartridge 12 is separated from the fixed plate 126. The vertical height of the first end 221 of the toner cartridge 12 falls within the vertical height range of the first buffer section 36. As shown in FIG. 10 , the width of the first end 221 of the toner cartridge 12 in the front-to-rear direction falls within the width of the first buffer section 36. As shown in FIGS. 9 and 11 , the vertical height of the second end 222 of the toner cartridge 12 falls within the vertical height range of the second buffer section 38. The width of the second end 222 of the toner cartridge 12 in the front-to-rear direction falls within the width of the second buffer section 38. Furthermore, at a position between the first end 221 and the second end 222 of the toner cartridge 12, the vertical height falls within the vertical height range of the accommodating section 32. At a position between the first end 221 and the second end 222 of the toner cartridge 12, the width of the toner cartridge 12 in the front-to-rear direction falls within the width of the accommodating section 32. Therefore, the toner cartridge 12 is accommodated within the accommodating section 32 without protruding outward.

Then, as shown in Figures 3 and 8, the storage section 32 is closed with the lid section 34. The crease 133 between the second side plate region 113 and the lid section 114 is bent, and the position of the lid section 34 on the lid flap section 115 side closest to the crease 134 is brought into contact with the protrusion 1121 of the first side plate region 112. At this time, the outer surface of the bottom plate section 40 and the outer surface of the lid section 34 are parallel. In other words, the distance (height) along the Z-axis between the outer surface of the bottom plate section 40 and the inner wall of the lid section 34 bent along the crease 133 is the same as the distance (height) along the Z-axis between the outer surface of the bottom plate section 40 and the protrusion 1121 of the first side plate region 112.

Therefore, the top lid plate 51 (lid portion 114) of the packaging box 14 contacts the protrusion 1121 of the first side plate portion 41 (first side plate region 112), and the outer surface of the bottom plate portion 40 and the outer surface of the lid portion 34 are parallel (including approximately parallel) regardless of whether the lid flap 52 and the first side plate portion 41 are attached by gluing or the like. This makes it easy to position the lid flap 52 and the first side plate portion 41 of the packaging box 14. The toner cartridge circulation product 10 can then be transported to a desired location, for example, stacked one on top of the other, with the toner cartridges 12 housed in the toner cartridge packaging box 14 and the lid flap 52 fixed to the outer surface of the first side plate portion 41 on the front side of the toner cartridge packaging box 14.

In addition, in the region adjacent to the lid portion 114 (lid top plate 51), the region along the longitudinal direction between the region near the through cut 1151 and inclined edge 1152 of the lid flap portion 115 (lid flap 51) and the region near the edge 1153 covers the corners 11211, 11212 spaced apart in the X-axis direction of the protruding portion 1121 of the first side plate region 112. Therefore, when the lid flap 52 of the packaging box 14 is fixed to the first side plate portion 41, the corners 11211, 11212 are hidden. Therefore, for example, when a distributor or the like holds the distribution item 10, the corners 11211, 11212 can be prevented from coming into contact with the distributor's hand, etc.

As shown in Figures 5 and 9, the first buffer section 36 has the bottom 111, first bottom contact section 119, and second spacer section 122 stacked along the Z-axis direction near the lower end of the storage section 32. Therefore, near the lower end of the storage section 32, the underside of the first end 221 of the toner cartridge 12 is supported by three cardboard sheets. Therefore, near the lower end of the storage section 32, the circulator 10 exhibits cushioning properties against impacts from below along the Z-axis of the third side plate section 43 of the circulator 10.

Furthermore, the first buffer section 36 is arranged along the Z-axis direction, with the third buffer flap section 1215 and the first spacer section 120 spaced apart vertically along the Z-axis near the upper end of the storage section 32. Therefore, the circulator 10 provides buffering against impacts from above along the Z-axis of the third side plate section 43 of the circulator 10 near the upper end of the storage section 32. Furthermore, when the toner cartridge 12 moves upward, the circulator 10 forms a space through which the first end 221 of the toner cartridge 12 moves in response to impacts from below along the Z-axis of the third side plate section 43 of the circulator 10. Therefore, the circulator 10 provides buffering against impacts from above along the Z-axis of the third side plate section 43 of the circulator 10 and impacts from below along the Z-axis.

As shown in Figures 5, 6, 9, and 10, the first buffer section 36 supports the first end 221 of the toner cartridge 12 along the X-axis direction relative to the first outer plate section 118 by the first buffer flap section 1213 and the second buffer flap section 1214, spaced apart from the first end 221 of the toner cartridge 12 toward the +X-axis. Therefore, the circulator 10 exhibits buffering properties against impacts from the left side along the X-axis of the third side plate section 43 of the circulator 10 near the left end of the storage section 32.

Furthermore, as shown in Figures 6 and 10, the first buffer section 36 has a gap between the first side plate region 112 and the second buffer flap section 1214, and a gap between the second side plate region 113 and the first buffer flap section 1213, along the Y-axis direction. Therefore, the first buffer section 36 provides buffering against impacts from the front side to the back side, i.e., in the +Y-axis direction, near the left end of the storage section 32. Furthermore, the first buffer section 36 provides buffering against impacts from the back side to the front side, i.e., in the -Y-axis direction, near the left end of the storage section 32.

Therefore, the first buffer section 36 fits into the first end 221 of the toner cartridge 12, buffering impacts from the up-down, left-right, and front-to-back directions.

As shown in Figures 5, 9, and 11, the second buffer section 38 has the bottom 111 and the second bottom abutment section 124 overlapped along the Z-axis direction near the lower end of the storage section 32. Therefore, near the lower end of the storage section 32, the underside of the second end 222 of the toner cartridge 12 is supported by two cardboard sheets. Therefore, near the lower end of the storage section 32, the circulator 10 exhibits cushioning properties against impacts from below along the Z-axis of the third side plate section 43 of the circulator 10.

As shown in Figures 5, 6, 9, and 11, the second buffer section 38 has the second outer plate section 123, the second inner plate section 117, and the fixing plate 126 stacked along the X-axis direction. Therefore, at the fourth side plate section 44 of the storage section 32, the right side (+X-axis side) of the second end 222 of the toner cartridge 12 is supported by three cardboard sheets. Therefore, at the fourth side plate section 44 of the storage section 32, the circulator 10 exhibits buffering properties against impacts from the right side along the X-axis of the fourth side plate section 44 of the circulator 10.

The front side of the second buffer section 38 is formed by the first side panel region 112 and is therefore supported by a single cardboard sheet. The back side of the second buffer section 38 is formed by the second side panel region 113 and is therefore supported by a single cardboard sheet. For this reason, its cushioning properties in the front-to-rear direction are inferior to those of the first buffer section 36.

Thus, the second buffer section 38 has lower cushioning properties than the first buffer section 36, but still has appropriate cushioning properties.

Note that the second buffer section 38 in this embodiment does not fit into the second end 222 of the toner cartridge 12, but may be formed with a fitting structure like the first buffer section 36.

In this embodiment, when the packaging box 14 is produced from the blank 110, the blank 110 can be produced so that the heights of the protrusion 1121 of the first side panel region 112, the first spacer portion 120, and the buffer region forming portion 125 relative to the outer surface of the bottom portion 111 are the same, as shown in FIG. 4. Therefore, when the lid portion 34 is closed on the storage portion 32 of the packaging box 14, the lid top plate 51 abuts against the protrusion 1121 of the first side panel portion 41 (first region 112), and the bottom panel portion 40 and the lid top plate 51 can be maintained parallel to each other.

Accordingly, according to this embodiment, even if the lid flap 52 is not fixed to the storage section 32 after assembly, it is possible to provide a toner cartridge packaging box 14 in which the bottom plate 40 and the lid top plate 51 are parallel or approximately parallel, a toner cartridge circulation product 10 including toner cartridges 12 packed in the toner cartridge packaging box 14, and a toner cartridge packaging blank 110.

In the packaging box 14 according to this embodiment, the outer surface of the bottom plate 40 that contacts the floor or the like and the outer surface of the lid top plate 51 can be made parallel (including approximately parallel) regardless of whether or not glue is applied between the first side plate 41 and the lid flap 52. This allows multiple circulating media 10 to be stacked upright on top of each other. Therefore, the circulating media 10 according to this embodiment can be prevented from collapsing during transport.

Therefore, the circulation medium 10 according to this embodiment is less likely to tilt diagonally when multiple circulation mediums 10 are stacked one on top of the other. This allows a greater number of circulation mediums 10 to be stacked in a single container, etc. Therefore, by using the circulation medium 10 according to this embodiment, it is possible to reduce transportation costs when transporting the circulation medium 10. Furthermore, it is possible to reduce the impact on the environment when transporting the circulation medium 10 according to this embodiment.

The packaging box 14 according to this embodiment is made from a blank 110 in which the box-shaped storage section 32, lid section 34, first buffer section 36, and second buffer section 38 are integrally formed. Therefore, the blank 110 can be transported as a single piece rather than as multiple pieces. Therefore, the blank 110 according to this embodiment can be made smaller than a blank made up of multiple pieces. Therefore, by using the blank 110 according to this embodiment, the transportation costs of the blank 110 can be reduced. Furthermore, the environmental impact of transporting the blank 110 according to this embodiment can be reduced.

In this embodiment, an example has been described in which the first buffer section 36 and the second buffer section 38 are integrally provided in the storage section 32. The first buffer section 36 and the second buffer section 38 do not have to be integrally provided in the storage section 32.

The shapes of the first buffer section 36 and the second buffer section 38 of the packaging box 14 are examples. The shapes of the first buffer section 36 and the second buffer section 38 can be set in various ways. It is also preferable, for example, for the storage section 32 of the packaging box 14 and the first buffer section 36 to be formed as separate bodies.

Furthermore, in this embodiment, an example has been described in which both the first buffer section 36 and the second buffer section 38 are provided in the storage section 32. For example, the second buffer section 38 does not have to be provided in the storage section 32. In other words, it is sufficient that a buffer section is provided on at least one side of the longitudinal end of the storage section 32.

In this embodiment, it has been described that the protrusion 1121 of the first side panel region 112, the first spacer portion 120, and the buffer area forming portion 125 are positioned flush with each other. The first spacer portion 120 may be positioned below the protrusion 1121 of the first side panel region 112 when the packaging box 14 is placed as shown in FIG. 4. Similarly, the buffer area forming portion 125 may be positioned below the protrusion 1121 of the first side panel region 112 when the packaging box 14 is placed as shown in FIG. 4.

At least one of the embodiments described above can provide a toner cartridge packaging box in which the bottom plate and the top lid plate are parallel or approximately parallel, even without fastening the lid flap after assembly, a toner cartridge distribution product including toner cartridges packed in the toner cartridge packaging box, and a toner cartridge packaging blank.

[Note]
(Appendix 1)
a rectangular bottom portion corresponding to a bottom plate portion of the accommodating portion of the toner cartridge packaging box in an assembled state of the toner cartridge packaging box;
a rectangular first side panel region connected to one long side of the bottom portion and corresponding to the first side panel portion of the storage portion in the assembled state;
a rectangular second side panel region connected to the other long side of the bottom portion and corresponding to a second side panel portion facing the first side panel portion of the storage portion in the assembled state;
a rectangular lid portion connected to the second side panel region and corresponding to a lid top plate facing the bottom panel portion of the storage portion in the assembled state;
a lid flap portion connected to the lid portion and corresponding to a lid flap that abuts or is fixed to the first side panel region of the storage portion in the assembled state;
a first inner plate portion connected to one short side of the first side plate region and corresponding to a part of the third side plate portion of the storage portion in the assembled state;
a second inner plate portion connected to the other short side of the first side plate region and corresponding to a part of the fourth side plate portion of the storage portion in the assembled state;
a protrusion that protrudes from the first side panel region toward the opposite side of the bottom portion relative to the first inner panel portion and the second inner panel portion and abuts against the lid top panel in the assembled state;
a lid portion ruled line provided at the boundary between the second side panel region and the lid portion, for making the bottom panel portion and the lid top panel parallel in the assembled state;
(Appendix 2)
the first inner plate portion is located closer to the bottom portion than the protruding portion and has a first edge that faces the lid portion in the assembled state;
a first outer plate portion connected to one short side of the second side plate region and serving as an outer plate of the third side plate portion in the assembled state;
a first bottom abutment portion extending from the first outer plate portion in a direction from the first outer plate portion toward the bottom portion and abutting or fixed to the bottom portion in the assembled state;
A toner cartridge packaging blank as described in Appendix 1, which has a first spacer portion extending from the first outer plate portion in a direction from the first outer plate portion toward the lid portion, sandwiching the first inner plate portion between itself and the first outer plate portion in the assembled state, sandwiching the first edge between itself and the lid portion, and having an area flush with the protrusion.
(Appendix 3)
the second inner plate portion is located closer to the bottom portion than the protruding portion and has a second edge that faces the lid portion in the assembled state;
a second outer plate portion connected to the other short side of the second side plate region and serving as an outer plate of the fourth side plate portion in the assembled state;
a second bottom abutment portion extending from the second outer plate portion in a direction from the second outer plate portion toward the bottom portion and abutting or fixed to the bottom portion in the assembled state;
a buffer area forming portion extending from the second outer plate portion in a direction from the second outer plate portion toward the lid portion, sandwiching the second inner plate portion between the second outer plate portion and the lid portion in the assembled state, sandwiching the second edge between the second outer plate portion and the lid portion, and having an area flush with the protrusion portion.
(Appendix 4)
a box-shaped container having a bottom plate portion on which the toner cartridge is placed and a rectangular opening extending along the longitudinal direction for inserting and removing the toner cartridge;
a buffer portion provided on at least one side of the accommodating portion in the longitudinal direction, the buffer portion buffering one end of the toner cartridge in the longitudinal direction;
a lid portion including a top cover plate provided on one of a pair of long edge portions of the opening of the storage portion and covering the opening of the storage portion, and a lid flap provided on the top cover plate and abutting against an outer surface of the storage portion;
an edge provided on the other of the pair of long edge portions of the storage portion, the edge abutting against an inner wall of the lid top plate when the lid top plate is bent relative to the storage portion;
a lid portion crease formed at a boundary between the storage portion and the lid top plate, the crease being formed at a position that makes the bottom plate portion and the lid top plate parallel when the lid top plate is bent relative to the storage portion;
Toner cartridge packaging box.
(Appendix 5)
5. The toner cartridge packaging box according to claim 4, wherein the buffer portion has a spacer portion that is formed at the same height as the edge and extends in the longitudinal direction of the toner cartridge.
(Appendix 6)
The lid flap has a region adjacent to the lid top plate that is the same length as the lid top plate along the longitudinal direction,
6. The toner cartridge packaging box according to claim 4, wherein the area covers a corner of the edge.
(Appendix 7)
A toner cartridge packaging box according to any one of Supplementary Notes 4 to 6,
a toner cartridge that is placed inside the accommodating portion when its end is supported by the buffer portion and is packaged in the toner cartridge packaging box by the lid portion;
A toner cartridge distribution company having the above.

While several embodiments of the present invention have been described, these embodiments are presented as examples and are not intended to limit the scope of the invention. These novel embodiments may be embodied in a variety of other forms, and various omissions, substitutions, and modifications may be made without departing from the spirit of the invention. These embodiments and their variations are within the scope and spirit of the invention, and are also included in the scope of the invention and its equivalents as set forth in the claims.

10... toner cartridge circulation body, 12... toner cartridge, 14... toner cartridge packaging box, 32... storage section, 34... lid section, 36... first buffer section, 38... second buffer section, 40... bottom plate section, 41... first side plate section, 42... second side plate section, 43... third side plate section, 44... fourth side plate section, 51... lid top plate, 52... lid flap, 110... toner cartridge packaging blank, 111... bottom section, 112... first side plate region, 1121... protrusion section, 11211... corner section, 11212... corner section , 113...second side plate region, 114...lid portion, 115...lid flap portion, 116...first inner plate portion, 1162...edge, 117...second inner plate portion, 1172...edge, 118...first outer plate portion, 119...first bottom abutment portion, 120...first spacer portion, 121...fitting portion, 122...second spacer portion, 123...second outer plate portion, 124...second bottom abutment portion, 1243...through hole, 125...buffer area forming portion, 126...fixing plate, 1262...convex portion, 131-150...ruled lines, 161, 162...groove portion

Claims (5)

a box-shaped container having a bottom plate portion on which the toner cartridge is placed and a rectangular opening extending along the longitudinal direction for inserting and removing the toner cartridge;
a buffer portion that is integrally provided on at least one side of the accommodating portion in the longitudinal direction and that buffers one end of the toner cartridge in the longitudinal direction;
a lid portion including a top cover plate provided on one of a pair of long edge portions of the opening of the storage portion and covering the opening of the storage portion, and a lid flap provided on the top cover plate and abutting against an outer surface of the storage portion;
an edge provided on the other of the pair of long edge portions of the storage portion, the edge abutting against an inner wall of the lid top plate when the lid top plate is bent relative to the storage portion;
a lid portion crease formed at a boundary between the storage portion and the lid top plate, the crease being formed at a position that makes the bottom plate portion and the lid top plate parallel when the lid top plate is folded relative to the storage portion ;
the one end of the toner cartridge is supported by a sheet overlapping the bottom plate portion of the accommodating portion with the buffer portion, and the one end of the toner cartridge is supported in a space formed by the sheet on the opening side of the accommodating portion .
Toner cartridge packaging box. The toner cartridge packaging box of claim 1, wherein the buffer portion has a spacer portion extending in the longitudinal direction of the toner cartridge and formed at the same height as the edge. The lid flap has a region adjacent to the lid top plate that is the same length as the lid top plate along the longitudinal direction,
3. The toner cartridge packaging box according to claim 1, wherein the area covers a corner of the edge. The toner cartridge packaging box according to any one of claims 1 to 3,
a toner cartridge that is disposed inside the accommodating portion when an end portion thereof is supported by the buffer portion, and that is packaged in the toner cartridge packaging box by the lid portion. a rectangular bottom portion corresponding to a bottom plate portion of the accommodating portion of the toner cartridge packaging box in an assembled state of the toner cartridge packaging box;
a rectangular first side panel region connected to one long side of the bottom portion and corresponding to the first side panel portion of the storage portion in the assembled state;
a rectangular second side panel region connected to the other long side of the bottom portion and corresponding to a second side panel portion facing the first side panel portion of the storage portion in the assembled state;
a rectangular lid portion connected to the second side panel region and corresponding to a lid top plate facing the bottom panel portion of the storage portion in the assembled state;
a lid flap portion connected to the lid portion and corresponding to a lid flap that abuts or is fixed to the first side panel region of the storage portion in the assembled state;
a first inner plate portion connected to one short side of the first side plate region and corresponding to a part of the third side plate portion of the storage portion in the assembled state;
a second inner plate portion connected to the other short side of the first side plate region and corresponding to a part of the fourth side plate portion of the storage portion in the assembled state;
a protruding portion that protrudes from the first side plate region toward the opposite side of the bottom portion relative to the first inner plate portion and the second inner plate portion in the first side plate region and abuts against the lid top plate in the assembled state;
a lid portion crease provided at the boundary between the second side panel region and the lid portion, which makes the bottom panel portion and the lid top panel parallel in the assembled state ;
a first outer plate portion provided in the second side plate region;
a first bottom abutment portion provided on the first outer plate portion on a side of the first inner plate portion;
a first spacer portion provided on the first outer plate portion;
a fitting portion provided on the first spacer portion for fitting one end of a toner cartridge;
a second spacer portion provided in the fitting portion; and
and ​
the one end of the toner cartridge can be supported by the bottom portion, the first bottom contact portion, and the second spacer portion, and the one end of the toner cartridge can be supported in a space formed by the fitting portion and the first spacer portion ;
Toner cartridge packaging blanks.