TWI395694B - Package structure and method for using the same - Google Patents

Description

Packaging structure and its use method

The present invention relates to a package structure and method of use thereof, and more particularly to a package structure for a display and methods of use thereof.

When panel manufacturers currently ship their display panels (such as liquid crystal display panels) to a display assembly plant, they need to use the box plus internal cushioning material to safely transport the display panel to its destination. After the display panel is unpacked, the package and cushioning material can only be discarded, and there is no value for reuse.

After the display assembly factory assembles the display panel into a display, it needs another set of boxes and internal cushioning materials to package the display when transporting to the next destination. The display panel and its last product display cannot share the same package and internal cushioning material because of the different dimensions. This means that each display requires two sets of crates and internal cushioning materials to be packaged.

However, with the gradual popularization of large-sized liquid crystal televisions and displays, a large number of packaging boxes and cushioning materials cannot be reused due to the above-described manufacturing transportation methods and cause waste of packaging materials. This not only costs the panel or display manufacturer, but also wastes too much resources and does not meet the environmental requirements.

In view of this, panel or display manufacturers need an innovative way to solve current problems.

Accordingly, it is an object of the present invention to provide a package structure that is shared between a display panel and a display and a method of using the same, thereby reducing the amount of packaging material used.

In accordance with the above objects, a package structure is provided that includes a package and a lower cushioning structure. The lower cushioning structure is placed at the bottom of the box in the package. The lower buffer structure includes a buffer member and a packing member. The buffer member has a first receiving groove and a positioning hole on the bottom surface of the first receiving groove. The first buffering member further has a positioning recess, and the positioning recess and the first receiving groove are located on opposite sides of the buffering member. The stuffing member comprises a bottom plate and a folding plate. The bottom plate has a convex portion for engaging the positioning recess. The flap is attached to the bottom plate and can be folded perpendicular to the bottom plate. The folding plate has a convex member at a tail end thereof, and the protruding member is used for inserting the positioning hole and extending the folding plate into the first receiving groove, so that the inner width of the first receiving groove is reduced.

According to an embodiment of the invention, the packaging structure further comprises an upper cushioning structure having the same structure as the lower cushioning member and placed on the top of the box in the package.

According to another embodiment of the present invention, the bottom surface of the first accommodating groove of the buffer structure of the lower buffer structure or the upper buffer structure further has a positioning groove. The positioning groove is connected between the positioning recess and the first receiving groove, and the folding plate portion is engaged in the positioning groove.

According to another embodiment of the present invention, the flap of the tamping member of the lower cushioning structure or the upper cushioning structure is an L-shaped plate.

According to another embodiment of the present invention, the package structure further includes a top of the box in which the upper cushioning structure is placed in the package. The upper buffer structure includes an upper buffer member and a cover. The upper buffer member has a second receiving groove and a button hole on the bottom surface of the second receiving groove. A lid is attached to the package and includes a main flap and a pair of flaps. The main flap is attached to the lid and can be folded perpendicular to the lid. The auxiliary flap is connected to the main flap, and can be folded perpendicular to the cover and the main flap, thereby engaging the buckle hole and extending into the second receiving groove, so that the inner width of the second receiving groove is reduced.

In accordance with the above objects, a method of using a package structure is provided that includes the following steps. Place the buffer structure on the bottom of the box inside the box. A display panel is placed in the packaging box, the display panel is snapped into the receiving groove of the lower buffer structure, and the folding plate of the buffer structure abuts the display panel. An upper buffering structure is placed on the top of the box in the packaging box, and the display panel is inserted into the receiving groove of the buffer structure, and the folding plate of the upper buffer structure abuts the display panel. The package containing the display panel is closed and transported.

In accordance with the above objects, a method of using another packaging structure is provided which comprises the following steps. Unpack the box with a display panel. The upper buffer structure, the display panel, and the lower buffer structure are sequentially taken out. Remove the packing of the upper and lower cushioning structures. Place the cushioning member of the cushioning structure on the bottom of the box in the package. A front frame is assembled on the display panel to form a display module. The display module is placed in the packaging box, and the display module is inserted into the receiving groove of the buffering member of the lower buffer structure. The cushioning member of the buffer structure is placed on the top of the box in the packaging box, and the display module is clamped into the receiving groove of the upper buffer structure. Close and transport the box containing the display module.

In accordance with the above objects, a method of using another packaging structure is provided which comprises the following steps. Place the buffer structure on the bottom of the box inside the box. A display panel is placed in the packaging box, the display panel is snapped into the receiving groove of the lower buffer structure, and the folding plate of the lower buffer structure abuts the display panel. Place the cushioning member on the top of the box in the package and engage the display panel into the receiving groove of the upper cushioning member. After the display panel is inserted into the receiving groove of the buffering member, the auxiliary folding plate of the cover is engaged with the positioning hole and abuts the display panel. The package containing the display panel is closed and transported.

In accordance with the above objects, a method of using another packaging structure is provided which comprises the following steps. Place the buffer structure on the bottom of the box inside the box. A display panel is placed in the packaging box, the display panel is snapped into the receiving groove of the lower buffer structure, and the folding plate of the lower buffer structure abuts the display panel. After the sub-folding plate of the cover is inserted into the positioning hole of the upper buffering member, the cover is turned into the top of the box inside the packaging box together with the upper cushioning member, and the display panel is snapped into the receiving groove of the upper cushioning member, wherein the auxiliary plate The flap abuts the display panel. The package containing the display panel is closed and transported.

In accordance with the above objects, a method of using another packaging structure is provided which comprises the following steps. Unpack the box with a display panel. Disassemble the sub-folding plate of the cover from the positioning hole of the upper cushioning member. The upper buffer member, the display panel and the lower buffer structure are sequentially taken out. Remove the packing of the lower cushioning structure. Place the cushioning member of the cushioning structure on the bottom of the box in the package. A front frame is assembled on the display panel to form a display module. The display module is placed in the package, and the display module is inserted into the receiving groove of the lower buffer structure. Place the buffering piece on the top of the box in the box and make the display module snap into the receiving groove of the upper cushioning piece. Close and transport the box containing the display module.

According to the above purpose, the package containing a display panel is disassembled. Pull the upper cushioning member together with the lid to the outside of the box. Disassemble the sub-folding plate of the cover from the positioning hole of the upper cushioning member. Remove the display panel and the lower buffer structure. Remove the packing of the lower cushioning structure. Place the cushioning member of the cushioning structure on the bottom of the box in the package. A front frame is assembled on the display panel to form a display module. The display module is placed in the package, and the display module is inserted into the receiving groove of the lower buffer structure. Place the buffering piece on the top of the box in the box and make the display module snap into the receiving groove of the upper cushioning piece. Close and transport the box containing the display module.

It can be seen from the above that the packaging structure and the method of using the same can be used to package the display panel and the display module, thereby reducing the use of the packaging material, saving material cost, recycling, shortening the design and verification time, waste and CO ₂ reduction. Multiple goals.

Please refer to FIG. 1 , which is a schematic view showing the use of a packaging structure according to an embodiment of the invention. The package structure 100 of the present embodiment includes a package 102 and an internal cushioning structure (e.g., the cushioning structures 103, 105, 105' described below). The packaging structure 100 can be applied to package a display panel 101b or a display module 101 (composed of the front frame 101a and the display panel 101b) to achieve the purpose of sharing the packaging materials, so that the amount of packaging materials used is minimized. The buffer structure of the following FIGS. 2-11 can be used for the box top 102d or the box bottom 102e of the package 102, thereby packaging the display panel 101b or a display module 101 (which is formed by the front frame 101a and the display panel 101b). In the present embodiment, when the buffer structure is used for the box top 102d, it is referred to as "upper buffer structure", and when the buffer structure is used for the box bottom 102e, it is referred to as "lower buffer structure" to facilitate understanding of the present invention, but the present invention Not limited to this.

Please refer to FIG. 2, which is a perspective view of a buffer structure according to an embodiment of the invention. Fig. 3 is an exploded view showing the buffer structure of Fig. 2. The cushioning structure 105 is composed of a cushioning member 106 and a packing member 107. The buffering member 106 has a receiving groove 106d for engaging the edge of the display panel or the display module 101, thereby protecting the display panel or the display module 101 from vibration damage during transportation. When the tamping member 107 and the damper member 106 are assembled, the internal width D _{2 of the} accommodating groove 106d is small, and the purpose thereof is mainly to reduce the inner width of the accommodating groove 106d so that it can only be engaged with the edge of the display panel 101b ( Refer to Figure 2). And when the packing 106 is not set and the cushion member 107 immediately, or the packing member 107 from the removal of the buffer member 106, the inner width of the receiving groove of _a larger D 106d, for the display module so that only the edge of the card 101 In (see Figure 3).

The packing member 107 includes a bottom plate 107a having a convex portion 107d. The packing member 107 further has an L-shaped flap 107b. The flap 107b is coupled to the bottom plate 107a and can be folded perpendicular to the bottom plate 107a. The flap 107b has a projection 107c at its trailing end. The flap 107b is configured to extend into the receiving groove 106d, and the inner width of the receiving groove 106d can be reduced by the width of the flap 107b.

Please refer to FIG. 4, which is a perspective view showing the buffer structure of FIG. 2 from another perspective. Fig. 5 is an exploded view showing the buffer structure of Fig. 4. A perspective view of this viewing angle shows the bottom surface of the cushioning member 106. The cushioning member 106 has a positioning recess 106c on its bottom surface. The positioning recess 106c and the receiving groove 106d are located on opposite sides of the buffer member 106. The convex portion 107d of the bottom plate 107a is for engaging the positioning recess 106c (refer to FIG. 4) so that the cushion member 106 and the bottom plate 107a of the packing member 107 can be stably assembled.

Please refer to FIG. 6 , which is an exploded view of another perspective view of the buffer structure of FIG. 3 . This figure shows the positioning hole 106a of the buffer member 106, which is located on the bottom surface of the receiving groove 106d. The protruding piece 107c at the rear end of the flap 107b of the packing member 107 is for inserting into the positioning hole 106a, so that the cushioning member 106 and the flap 107b of the packing member 107 can be stably assembled.

The cushioning member 106 and the packing member 107 can be stably assembled by the cooperation of the positioning hole 106a, the positioning recess 106c, the protruding member 107c at the rear end of the flap 107b, and the convex portion 107d of the bottom plate 107a.

Please refer to FIG. 7, which is a perspective view of a buffer structure according to another embodiment of the present invention. Figure 8 is an exploded view showing the buffer structure of Figure 7. The buffer structure 105' of Figs. 7 to 8 differs from the above-described second to sixth buffer structure 105 in that the positioning groove 106b is increased to further increase the stability of the cushion member 106' and the folded plate 107b of the packing 107. The positioning groove 106b is located at the edge of the bottom surface of the receiving groove 106d, and thus is located between the positioning recess 106c and the receiving groove 106d. The positioning groove 106b can be partially engaged with the flap 107b of the packing member 107, in particular, a portion near the joint of the flap 107b and the bottom plate 107a, thereby increasing the stability of the cushioning member 106' engaging with the packing member 107.

Please refer to FIG. 9 , which is a perspective view showing the buffer member of FIG. 8 from another perspective. A perspective view of this viewing angle shows the bottom surface of the cushioning member 106'. In this embodiment, since the positioning groove 106b penetrates the bottom surface of the accommodating groove 106d of the damper 106', it can be connected between the positioning recess 106c and the accommodating groove 106d.

The cushioning structure of the above-described second to ninth drawings can be applied to the tank top 102d or the tank bottom 102e of the package 102 of Fig. 1.

Please refer to FIG. 10, which is a perspective view showing a buffer structure combined with a box cover of a carton according to another embodiment of the present invention. Figure 11 is an exploded view showing the buffer structure of Figure 10. The main difference between the buffer structure 103 of Figs. 10 to 11 and the buffer structures 105, 105' of the above second to ninth drawings is that the cushion member can be assembled with the cover of the package. In the present embodiment, the buffer structure 103 includes a cushioning member 104 and a wide side cover 102a. Since the lid 102a is part of the package 102, the cushioning structure 103 can be flipped into the package 102 or out of the package 102 along with the arrow 102a in the figure. The buffering member 104 has a receiving groove 104a for engaging the edge of the display panel 101b or the display module 101, thereby protecting the display panel 101b or the display module 101 from vibration damage during transportation. The purpose of assembling the cover 102a and the cushioning member 104 is mainly to reduce the internal width of the accommodating groove 104a. When the group 104 and the cushion cover 102a immediately, receiving slot ₄ of the internal width D 104a is small, only for display panel 101b into the edge card (refer to FIG. 10). When the cover member 102a of the buffer 104 is not set immediately, the inner width of the receiving groove 104a of the D ₃ larger, only for the edge card display module 101 (see FIG. 11).

The cover 102 is cut to form a main flap 102b and a sub-folder 102c. The main flap 102b is coupled to the lid 102a and can be folded perpendicular to the lid 102a. The sub-folding plate 102c is connected to the main folding plate 102b, and can be folded perpendicularly to the cover 102a and the main folding plate 102b, so as to engage the buckle hole 104b of the buffering member 104 and extend into the receiving groove 104a, so that the receiving groove The internal width of 104a is reduced (refer to Fig. 10).

Please refer to FIG. 12, which illustrates a method for a panel manufacturer to use a package structure in accordance with an embodiment of the present invention. The method of use 200a uses the cushioning structures 105, 105' of Figs. 2 to 9 in the box top 102d or the box bottom 102e of the package 102 of Fig. 1.

In step 202, a cushioning structure (e.g., cushioning structure 105 or 105') is placed in the bottom 102e of the package 102. The lower buffer structure means a buffer structure placed at the bottom of the box in the package.

In step 204, a display panel 101b is placed in the package box 102, and the display panel 101b is inserted into the receiving groove of the lower buffer structure (for example, the receiving groove 106d of the buffering members 106, 106' of FIGS. 3 and 8). The flap of the cushioning structure (for example, the flap 107b) abuts one of the two corners of the display panel 101b (see FIGS. 1, 2, and 7), and the other corner is also the same.

In step 206, an upper buffer structure is placed in the box top 102d in the package 102, and the display panel 101b is snapped into the receiving groove of the upper buffer structure (for example, the buffer structure 105 or 105') (for example, FIGS. 3 and 8). Among the accommodating grooves 106d) of the cushioning members 106, 106', the flaps of the upper cushioning structure (for example, the flaps 107b) abut against the two corners above the display panel 101b (refer to Figs. 1, 2, and 7). One of them, the other corner is also the same. The above "upper buffer structure" means a buffer structure placed on the top of the box in the package.

In step 208, the package 102 containing the display panel 101b is closed and transported.

Please refer to FIG. 13 , which illustrates a method for a display manufacturer to use a package structure in accordance with an embodiment of the present invention. The method of use 200b is a method of using the display box of the above step 208 after receiving the above-mentioned step 208.

In step 210, the package 102 containing a display panel 101b is disassembled.

In step 212, the upper buffer structure, the display panel 101b, and the lower buffer structure are sequentially taken out.

In step 214, the packing of the upper and lower cushioning structures (e.g., the packing 107 of Figure 2) is removed.

In step 216, the cushioning members of the upper and lower cushioning structures (e.g., cushioning member 106 of Fig. 3) are placed in the bottom 102e of the package 102 or disposed of separately.

In step 218, a front frame 101a is assembled on the display panel 101b to form a display module 101. The thickness of the display module 101 is wider than the thickness of the display panel 101b.

In step 220, the display module 101 is placed in the package 102, and one of the two corners of the lower portion of the display module 101 is inserted into the receiving groove of the buffering member of the lower buffer structure (for example, the first and third, In the accommodating groove 106d) of the cushioning members 106, 106' of Fig. 8, the other corner portion is also the same.

In step 222, the cushioning member (for example, the cushioning members 106, 106' of FIGS. 3 and 8) is placed on the box top 102d in the package box 102, and the two corners above the display module 101 are placed. One of the cards is inserted into the accommodating groove of the upper buffer structure (for example, the accommodating groove 106d of the cushioning members 106, 106' of the first, third, and eighth views), and the other corner portion is also the same.

Steps 220 and 222 may also be performed by first inserting the four corners above and below the display module 101 into the receiving slots of the buffering members of the upper and lower buffer structures, and then placing the display module 101 together with the buffering member. Replace the steps into the box 102.

In step 224, the package 102 containing the display module 101 is closed and transported.

Please refer to FIG. 14, which illustrates a method for a panel manufacturer to use a package structure in accordance with another embodiment of the present invention. In the method of use 300a, the cushioning structure of the second to ninth drawings is used in the tank bottom 102e of the packaging box 102 of Fig. 1, and the cushioning members of Figs. 10 to 11 are used in the tank top 102d of the packaging box 102.

In step 302, the buffer structure (buffer structures 105, 105' in Figs. 2-9) is placed in the bottom 102e in the package 102. The lower buffer structure means a buffer structure placed at the bottom of the box in the package.

In step 304, a display panel 101b is placed in the package box 102, and one of the two corners of the lower portion of the display panel 101b is inserted into the receiving groove of the lower buffer structure (for example, the receiving groove 106d of FIG. 2). The other corner portion is also the same, and the flap of the lower cushioning structure (for example, the flap 107b of FIG. 2) abuts against the display panel 101b.

In step 306, an upper cushioning member (for example, the cushioning member 104 of FIG. 11) is placed on the box top 102d in the package box 102, and one of the two corners above the display panel 101b is inserted into the upper cushioning member. In the accommodating groove (for example, the accommodating groove 104a of Fig. 11), the other corner portion is also the same. The upper cushioning means means a cushioning member placed on the top of the box in the package.

In step 308, after the display panel 101b is engaged with the accommodating groove of the upper cushioning member (for example, the accommodating groove 104a of FIG. 11), the sub-folding plate 102c of the cover 102a is engaged with the buckle hole 104b (refer to the 10th, 11)) and abuts the display panel 111.

In step 310, the package 102 containing the display panel 101b is closed and transported.

Please refer to FIG. 15 , which illustrates a method for a panel manufacturer to use a package structure according to still another embodiment of the present invention. The use method 300b also uses the cushioning structure of Figs. 2 to 9 in the box bottom 102e of the package 102 of Fig. 1 and uses the cushioning structure 103 of Figs. 10 to 11 in the box top 102d of the package box 102. However, the usage method 300b and the usage method 300a are slightly different in the manner in which the upper buffer structures 105, 105' are used, as described in detail below.

In step 302, the buffer structure (buffer structures 105, 105' in Figs. 2-9) is placed in the bottom 102e in the package 102. The lower buffer structure means a buffer structure placed at the bottom of the box in the package.

In step 304, a display panel 101b is placed in the package box 102, and one of the two corners of the lower portion of the display panel 101b is inserted into the receiving groove of the lower buffer structure (for example, the receiving groove 106d of FIG. 2). The other corner portion is also the same, and the flap of the lower cushioning structure (for example, the flap 107b of FIG. 2) abuts against the display panel 101b.

In step 307 (refer to FIGS. 10 and 11 at the same time), after the sub-folding plate 102c of the box cover 102a is engaged with the buttonhole 104b of the upper cushioning member 104, the box cover 102a and the upper cushioning member 104 are along the direction of the arrow in the figure. The box top 102d is turned into the inside of the package box 102, and one of the two corners above the display panel 101b is inserted into the receiving groove 104a of the upper cushioning member 104, and the other corner portion is also the same. 102c abuts the display panel 101b. The step 307 is the same as the steps 306 and 308 of the method 300a, but the order of the sub-folding plates is different. In step 307, the cover 102a is first engaged with the upper buffering member 104, and then the upper cushioning member 104 and the display panel 101b are assembled. The engagement is performed, and in steps 306 and 308, the upper cushioning member 104 is first engaged with the display panel 101b, and then the cover 102a and the upper cushioning member 104 are engaged.

In step 310, the package 102 containing the display panel 101b is closed and transported.

Please refer to FIG. 16, which illustrates a method for a display manufacturer to use a package structure in accordance with another embodiment of the present invention. The method 300c is used by the display manufacturer after receiving the package of the above step 310.

In step 312, the package 102 containing a display panel 101b is removed.

In step 314, the sub-folding plate 102c of the box cover 102a is detached from the button hole 104b of the upper cushioning member 104 (refer to Fig. 11).

In step 316, the upper buffer 104, the display panel 101b, and the lower buffer structure (the buffer structures in the second to ninth views) are sequentially taken out.

In step 318, the packing of the lower cushioning structure (e.g., the packing 107 of Figure 2) is removed.

In step 320, a cushioning member (e.g., cushioning member 106 of FIG. 3) of the lower cushioning structure is placed in the bottom 102e of the package 102 or disposed of separately.

In step 322, a front frame 101a is assembled on the display panel 101b to form a display module 101. The thickness of the display module 101 is wider than the thickness of the display panel 101b.

In step 324, the display module 101 is placed in the package 102, and one of the two corners below the display module 101 is inserted into the receiving groove of the buffering member of the lower buffer structure (for example, the buffer of FIG. 3). In the accommodating groove 106d) of the member 106, the other corner portion is also the same.

In step 326, a cushioning member (such as the cushioning member 106 of FIG. 3) is placed on the box top 102d in the package 102, and one of the two corners above the display module 101 is carded. In the accommodating groove of the buffer structure (for example, the accommodating groove 106d of the cushioning member 106 in FIG. 3), the other corner portion is also the same.

Steps 320, 324, and 326 may also be performed by first inserting the four corners above and below the display module 101 into the receiving slots of the buffering members of the upper and lower buffer structures, and then the display module 101 and the buffering member. Replace the steps in the box 102 together.

In step 328, the package 102 containing the display module 101 is closed and transported.

Please refer to FIG. 17, which illustrates a method for a display manufacturer to use a package structure in accordance with still another embodiment of the present invention. The method 300d is also used by the display manufacturer after receiving the package of the above step 310. However, the method of use 300d and the method of use 300c are slightly different in the manner in which the upper cushion member is used, as described in detail below.

In step 312, the package 102 containing a display panel 101b is removed.

In step 313, the upper cushioning member 104 is turned out of the outer side of the package box 102 together with the box cover 102a (see FIGS. 1 and 10).

In step 315, the sub-folding plate 102c of the cover 102a is detached from the buttonhole 104b of the upper cushioning member 104.

Steps 313, 315 are the same as steps 314, 316 of method 300c, but the order in which the secondary flaps are removed is different. In steps 313 and 315, the upper cushioning member 104 is first turned out of the outer side of the packaging box 102 together with the box cover 102a, and then the sub-folding plate 102c of the box cover 102a is detached from the fastening hole 104b of the upper cushioning member 104. Steps 314 and 316 first disassemble the sub-folding plate 102c of the cover 102a from the buttonhole 104b of the upper cushioning member 104, and then take the upper cushioning member 104 out of the package box 102. In step 317, the display panel 101b and the lower buffer structure (the buffer structure in the second to ninth views) are taken out or otherwise disposed.

In step 318, the packing of the lower cushioning structure (e.g., the packing 107 of Figure 2) is removed.

In step 320, a cushioning member (e.g., cushioning member 106 of FIG. 3) of the lower cushioning structure is placed in the bottom 102e of the package 102.

In step 322, a front frame 101a is assembled on the display panel 101b to form a display module 101. The thickness of the display module 101 is wider than the thickness of the display panel 101b.

In step 324, the display module 101 is placed in the package 102, and one of the two corners below the display module 101 is inserted into the receiving groove of the buffering member of the lower buffer structure (the buffering device of FIG. 3) In the accommodating groove 106d) of 106, the other corner portion is also the same.

In step 326, a cushioning member (such as the cushioning member 106 of FIG. 3) is placed on the box top 102d in the package 102, and one of the two corners above the display module 101 is carded. In the accommodating groove of the damper member (for example, the accommodating groove 106d of the damper member 106 in FIG. 3), the other corner portion is also the same.

Steps 320, 324, and 326 may also be performed by first inserting the four corners above and below the display module 101 into the receiving slots of the buffering members of the upper and lower buffer structures, and then the display module 101 and the buffering member. Replace the steps in the box 102 together.

In step 328, the package 102 containing the display module 101 is closed and transported.

The order between the steps in the above method, unless the content of the steps has clearly explained the order relationship, the multiple steps may be performed simultaneously or in an exchange order. The numbering of the steps is merely for convenience and is not intended to imply the order between the steps.

According to the embodiment of the present invention, the packaging structure and the method of using the same can be used to package the display panel and the display module, thereby reducing the use of the packaging material, saving material cost, recycling, shortening the design and verification time, and waste. And multiple targets for CO ₂ reduction.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100. . . Packaging structure

101. . . Display module

101a. . . Front frame

101b. . . Display panel

102. . . Packing box

102a. . . Cover

102b. . . Main flap

102c. . . Sub-folding board

102d. . . Box top

102e. . . Bottom of the box

104a. . . Locating slot

104b. . . Buckle hole

103. . . Buffer structure

105. . . Buffer structure

105’. . . Buffer structure

106. . . Buffer

106’. . . Buffer

106a. . . Positioning hole

106b. . . Positioning slot

106c. . . Positioning depression

106d. . . Locating slot

107. . . Packing

107a. . . Bottom plate

107b. . . Fold

107c. . . Projection

107d. . . Convex

D ₁ . . . width

D ₂ . . . width

D ₃ . . . width

D ₄ . . . width

200a. . . Instructions

200b. . . Instructions

202~224. . . step

300a. . . Instructions

300b. . . Instructions

300c. . . Instructions

300d. . . Instructions

302~328. . . step

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.

1 is a schematic view showing the use of a packaging structure in accordance with an embodiment of the present invention.

2 is a perspective view of a buffer structure in accordance with an embodiment of the present invention.

Fig. 3 is an exploded view showing the buffer structure of Fig. 2.

Fig. 4 is a perspective view showing another perspective of the buffer structure of Fig. 2.

Fig. 5 is an exploded view showing the buffer structure of Fig. 4.

Fig. 6 is an exploded view showing another view of the buffer structure of Fig. 3.

Figure 7 is a perspective view of a buffer structure in accordance with another embodiment of the present invention.

Figure 8 is an exploded view showing the buffer structure of Figure 7.

Figure 9 is a perspective view showing another perspective of the cushioning member of Figure 8.

Figure 10 is a perspective view showing a buffer structure in combination with a carton cover according to another embodiment of the present invention.

Figure 11 is an exploded view showing the buffer structure of Figure 10.

Figure 12 is a diagram showing a method of using a package structure by a panel manufacturer in accordance with an embodiment of the present invention.

Figure 13 is a diagram showing a method of using a package structure by a display manufacturer in accordance with an embodiment of the present invention.

Figure 14 is a diagram showing a method of using a package structure by a panel manufacturer in accordance with another embodiment of the present invention.

Figure 15 is a diagram showing a method of using a package structure by a panel manufacturer in accordance with still another embodiment of the present invention.

Figure 16 is a diagram showing a method of using a package structure by a display manufacturer in accordance with another embodiment of the present invention.

Figure 17 is a diagram showing a method of using a package structure by a display manufacturer in accordance with still another embodiment of the present invention.

100. . . Packaging structure

101. . . Display module

101b. . . Display panel

101a. . . Front frame

102. . . Packing box

102a. . . Cover

102d. . . Box top

102e. . . Bottom of the box

Claims (11)

A packaging structure comprising: a packaging box; and a lower buffering structure, a bottom of the box placed in the packaging box, the lower buffering structure comprising: a buffering member having a first receiving groove and in the first receiving groove The bottom surface has a positioning hole, the first buffering member further has a positioning recess, the positioning recess and the first receiving groove are located on opposite sides of the buffering member, and a packing member comprising: a bottom plate having a bottom plate a convex portion for engaging the positioning recess; and a flap connected to the bottom plate and foldable perpendicular to the bottom plate, the folding plate having a protruding member at a tail end thereof, the protruding member for inserting the positioning The hole extends into the first receiving groove, so that the inner width of the first receiving groove is reduced. The package structure of claim 1 further comprising an upper cushioning structure having the same structure as the lower cushioning member and placed on the top of the box in the package. The packaging structure of claim 2, wherein the bottom surface of the first accommodating groove of the buffer structure or the buffering member of the buffer structure further has a positioning groove connected to the positioning recess and the first receiving portion Between the slots, and the flap portion is engaged in the positioning slot. The package structure of claim 2, wherein the lower buffer structure or the flap of the wadding member of the upper buffer structure is an L-shaped plate. The package structure of claim 1, further comprising an upper buffer structure disposed on the top of the box in the package, the upper buffer structure comprising: an upper buffer member having a second receiving groove, and in the second The bottom surface of the accommodating groove has a buttonhole; and a box cover connected to the package box, and includes: a main flap, connected to the box cover, and can be folded perpendicular to the box cover; and a pair of folds a plate is connected to the main flap, and can be folded perpendicular to the cover and the main flap, thereby engaging the buckle hole and extending into the second receiving groove, so that the second receiving groove The internal width is reduced. A method of using a packaging structure according to any one of claims 2 to 4, comprising: placing a bottom buffer structure in a bottom of the box; placing a display panel in the box, the display panel being snapped into the box In the first accommodating groove of the buffer structure, the folding plate of the lower buffer structure abuts the display panel; the top buffer structure is placed on the top of the box in the package, and the display panel is stuck in the upper buffer The first receiving groove of the structure, and the folding plate of the upper buffer structure abuts the display panel; and the package box that houses the display panel is closed and transported. A method of using a packaging structure according to any one of claims 2 to 4, comprising: disassembling a package having a display panel, wherein the display panel is clamped to the inner width of the upper and lower buffer structures is reduced After the first accommodating groove; taking out the upper buffer structure; taking out the display panel and the lower buffer structure; removing the wadding member of the lower buffer structure and the upper buffer structure; and placing the buffer member of the lower buffer structure a bottom of the box; a front frame is formed on the display panel to form a display module; the display module is placed in the package, and the display module is inserted into the first receiving slot of the lower buffer structure The buffer member of the second buffer structure is placed on the top of the box in the package, and the display module is snapped into the first receiving slot of the upper buffer structure; and the display is closed and transported The box of the module. A method for using a packaging structure according to claim 5, comprising: placing a bottom buffer structure in a bottom of the box; placing a display panel in the package, the display panel snapping into the lower buffer structure In the first accommodating groove, the folding plate of the lower buffer structure abuts the display panel; the top buffer member is placed on the top of the box in the package, and the display panel is snapped into the upper portion of the upper buffer member After the display panel is inserted into the second receiving groove of the upper buffering member, the auxiliary folding plate of the cover is engaged with the fastening hole and abuts the display panel; The package containing the display panel is shipped. A method of using the packaging structure according to claim 5, comprising: disassembling the packaging box with a display panel, wherein the display panel position is caught in the first accommodating slot with the reduced internal width and the first Disposing the sub-folding plate of the box cover from the buckle hole of the upper buffer member; taking out the upper buffer member; taking out the display panel and the lower buffer structure; removing the packing of the lower buffer structure The buffer member of the lower buffer structure is placed at the bottom of the box in the package; a front frame is assembled on the display panel to form a display module; and the display module is placed in the package, the display module card Inserting the upper buffering member into the top of the box in the packaging box, and placing the display module into the second receiving groove of the upper cushioning member; The package containing the display module is closed and transported. A method of using the packaging structure according to claim 5, comprising: disassembling the packaging box with a display panel, wherein the display panel position is caught in the first accommodating slot with the reduced internal width and the first Disposing the upper buffering member and the cover to the outside of the packaging box; disassembling the auxiliary folding plate of the cover from the fastening hole of the upper cushioning member; taking out the display panel and the a lower buffer structure; the tamping member of the lower buffer structure is removed; the buffer member of the lower buffer structure is placed at the bottom of the box in the package; a front frame is assembled on the display panel to form a display module; and the display module is placed The display module is inserted into the first receiving slot of the lower buffer structure in the package; the top buffer member is placed on the top of the box in the package, and the display module is snapped into the box The second receiving groove of the cushioning member; and the packaging box that houses the display module is closed and transported. A method for using a packaging structure according to claim 5, comprising: placing a bottom buffer structure in a bottom of the box; placing a display panel in the package, the display panel snapping into the lower buffer structure In the first accommodating groove, the folding plate of the lower buffer structure abuts the display panel; after the sub-folding plate of the cover is engaged in the fastening hole of the upper cushioning member, the cover and the upper cover are The cushioning member is flipped together into the top of the box inside the box, and the display panel is snapped into the second receiving groove of the upper cushioning member, wherein the auxiliary flap abuts the display panel; and the closed and transported The box of the display panel.