CN219008393U - Lamp packaging box - Google Patents

Abstract

The utility model relates to the technical field of lamp packaging, in particular to a lamp packaging box. The lamp packaging box comprises a packaging box body and a paper packaging lining, wherein the paper packaging lining is accommodated in an inner cavity of the packaging box body and is propped against the inner cavity wall of the packaging box body, the paper packaging lining comprises a lining bottom plate, a lining top plate and two lining side plates, the lining bottom plate, the lining top plate and the two lining side plates are all folded and formed independently, the lining bottom plate is used for bearing and fixing a lamp, the two lining side plates are respectively arranged at two opposite ends of the lining bottom plate and are propped against the lining bottom plate, and the lining top plate cover is arranged above the lamp and is propped against the two lining side plates. The lamp packaging box is characterized in that the paper packaging lining is abutted against the inner cavity wall of the packaging box body and the lamp is borne and fixed on the lining bottom plate, so that the lamp is reliably fixed in the packaging box body, and the lining bottom plate, the lining top plate and the two lining side plates are independently folded and formed, so that the paper packaging lining structure is simplified, and the structural strength of the paper packaging lining structure is improved.

Description

Lamp packaging box

Technical Field

The utility model relates to the technical field of lamp packaging, in particular to a lamp packaging box.

Background

The lamp is used as a fragile product, and a packing lining is required to be filled in a packing box in the packing process, so that the lamp is prevented from being damaged in the subsequent transportation process, and the protection of the lamp is improved.

In the prior art, the packing lining generally has two filling modes, the first filling mode of the packing lining is to use EPE (Expand aple poly ephylene, pearl wool) materials, the EPE is filled in a packing box body and supports and fixes a lamp, but because the EPE materials are high in price and are not suitable for large-scale lamp packing, in order to solve the problem that the packing lining is high in price, the other filling mode of the packing lining is to use a paper lining to support and fix the lamp, taking CN108995939A as an example, a high-strength lamp packing box is disclosed, and the bearing and fixing of the lamp on the corrugated board body are realized by folding and forming one corrugated board body, but the structural strength of the packing lining formed by folding one corrugated board body cannot meet the structural strength requirement in the actual packing and transporting process despite the reinforcement of the structural strength of the corrugated board body. In addition, the corrugated board main body has complex folding steps and difficult folding and forming, thereby resulting in low packaging efficiency.

Therefore, there is a need for an inventive light fixture package to solve the above-mentioned problems.

Disclosure of Invention

The utility model aims to provide a lamp packaging box so as to realize reliable bearing and fixing of a lamp, improve the structural strength of a lining paper support, strengthen the protection of the lamp, and have the advantages of simple structure, high packaging efficiency and environment-friendly material.

To achieve the purpose, the utility model adopts the following technical scheme:

lamps and lanterns packing box includes:

a packaging box; and

the paper packing inside lining, paper packing inside lining holding is in the inner chamber of packing box and with the inner chamber wall of packing box offsets tightly, paper packing inside lining includes lining bottom plate, inside lining roof and two inside lining curb plates, lining bottom plate inside lining roof and two the inside lining curb plate is all fold formation alone, the lining bottom plate is used for bearing and fixing lamps and lanterns, two inside lining curb plate set up respectively inside lining bottom plate relative both ends department and with inside lining bottom plate looks butt, inside lining roof lid is established the top of lamps and lanterns and with two inside lining curb plate looks butt.

Preferably, the lining base plate comprises:

the bearing part is used for bearing the lamp; and

and the limiting part is detachably arranged above the bearing part and can be arranged on the periphery of the lamp in a surrounding mode.

As the preferred scheme, the loading part is turned over by first broken line bottom plate and forms, first broken line bottom plate is including first connection bottom plate, second connection bottom plate and the third connection bottom plate that are connected, one side of second connection bottom plate with first connection bottom plate is connected, another side that the second connection bottom plate set up relatively with the third connection bottom plate is connected, the up end of first connection bottom plate can with lamps and lanterns looks butt, the lower terminal surface of first connection bottom plate with the lower terminal surface of second connection bottom plate turns over the butt of turning over, the lower terminal surface of third connection bottom plate with the up end of second connection bottom plate turns over the butt of turning over.

As the preferred scheme, limit part is for turning over the frame that forms by the second crease bottom plate, limit part is including the fourth connection bottom plate that connects gradually, a plurality of the fourth connection bottom plate can buckle each other back end to end and enclose into enclose the frame.

Preferably, the lining base plate further comprises:

the first supporting part and the second supporting part are folded by a third folding line bottom plate, the first supporting part and the second supporting part are connected in a staggered mode and are fixed on the periphery of the bearing part in a surrounding mode, and the first supporting part is abutted to the second supporting part and the lining side plate.

Preferably, each of the lining side panels includes:

a first folding block;

the first folding block is arranged above the second folding block, a placement opening is arranged between the first folding block and the second folding block, and two ends of the lining bottom plate, which are oppositely arranged, are respectively placed in the placement openings in the two lining side plates; and

the third folding block, first folding block with the second folding block sets up on the third folding block, the third folding block can with place in the mouth the one end butt of inside lining bottom plate, first folding block the second folding block and the lateral wall of third folding block with the inner chamber lateral wall of packing box body offsets tightly, first folding block the second folding block and the outer bottom wall of third folding block with the inner chamber diapire of packing box body offsets tightly.

As a preferred scheme, the inside lining curb plate is turned over by first broken line curb plate and is formed, first broken line curb plate includes:

a first connecting side plate;

the second connecting side plate is connected with the first side of the first connecting side plate and is folded into the first folding block;

the third connecting side plate is connected with the second side of the first connecting side plate and is arranged opposite to the second connecting side plate, and the third connecting side plate is folded into the second folding block; and

the fourth connecting side plate is connected with the third side of the first connecting side plate and is folded into the third folding block.

Preferably, two ends of the third folding block, which are oppositely arranged, are both provided with the first folding block and the second folding block.

Preferably, the lining top plate comprises:

the two fourth folding blocks are mutually abutted, the upper end face of each fourth folding block is abutted with the top wall of the inner cavity of the packaging box body, and each fourth folding block is provided with a containing cavity for containing lamp fittings.

As a preferred scheme, the inside lining roof is turned over by first broken line roof and turns over and form, first broken line roof includes:

The first connecting top plates are respectively folded into the fourth folding blocks;

the two second connecting top plates can fix the two fourth folding blocks after being folded; and

the third is connected the roof, the opposite both sides limit that sets up of third is connected the roof respectively with two first connection roof, in addition opposite both sides limit that sets up respectively with the second connection roof is connected.

The utility model has the beneficial effects that:

according to the lamp packaging box provided by the utility model, the paper packaging lining is abutted against the inner cavity wall of the packaging box body and the lamp is borne and fixed on the lining board, so that the lamp is reliably fixed in the packaging box body, and the whole paper packaging lining is split into different modules according to the actual actions of all parts of the paper packaging lining, namely: lining bottom plate, lining roof and two inside lining curb plates to with lining bottom plate, lining roof and two inside lining curb plates all fold formation alone, simplified the overall structure of paper packing inside lining, the folding step of single inside lining bottom plate, lining roof or inside lining curb plate is simple moreover, and fold formation is easy, and packing efficiency is high. In addition, the paper package lining and the package box body are both recyclable materials, which is beneficial to environmental protection.

Drawings

Fig. 1 is a schematic diagram of a packaging step of a lamp packaging box according to an embodiment of the present utility model;

FIG. 2 is a second schematic diagram of a packaging step of the lamp packaging box according to the embodiment of the present utility model;

FIG. 3 is a third schematic diagram of a packaging step of the lamp packaging box according to the embodiment of the present utility model;

FIG. 4 is a schematic diagram showing a packaging step of a lamp packaging box according to an embodiment of the present utility model;

FIG. 5 is a schematic plan view of an overwrap panel according to an embodiment of the present utility model;

FIG. 6 is an exploded view of a carrier plate and a limiting portion according to an embodiment of the present utility model;

FIG. 7 is a schematic plan view of a first fold line chassis according to an embodiment of the present utility model;

FIG. 8 is a schematic plan view of a second fold line chassis according to an embodiment of the present utility model;

FIG. 9 is a schematic plan view of a third fold line chassis according to an embodiment of the present utility model;

FIG. 10 is a schematic illustration of a folding process of a third folding line bottom plate according to an embodiment of the present utility model;

FIG. 11 is a second schematic illustration of a folding process of a third folding line bottom board according to the embodiment of the present utility model;

FIG. 12 is a third schematic illustration of a folding process of a third folding line bottom plate according to an embodiment of the present utility model;

FIG. 13 is a schematic plan view of a first fold line side panel according to an embodiment of the present utility model;

FIG. 14 is a schematic illustration showing a folding process of a first fold line side panel according to an embodiment of the present utility model;

FIG. 15 is a second schematic view illustrating a folding process of a first folding line side plate according to the embodiment of the utility model;

FIG. 16 is a third schematic illustration of a folding process of a first fold line side panel according to an embodiment of the present utility model;

FIG. 17 is a fourth schematic diagram illustrating a folding process of a first folding line side plate according to an embodiment of the present utility model;

FIG. 18 is a schematic plan view of a first fold line top panel according to an embodiment of the present utility model;

FIG. 19 is a schematic view showing a folding process of a first folding line top plate according to an embodiment of the present utility model;

fig. 20 is a second schematic diagram illustrating a folding process of the first folding line top plate according to the embodiment of the utility model.

In the figure:

1000. a paper packaging liner;

1100. a lining base plate; 1110. a carrying part; 1120. a limit part; 1130. a first support portion; 1140. a second supporting part;

1200. lining side plates; 1210. a first folding block; 1220. a second folding block; 1230. a third folding block; 1240. a first avoidance port; 1250. a second avoidance port; 1260. a third avoidance port; 1270. a placement port;

1300. Lining a top plate; 1310. a fourth folding block;

2000. a packaging box;

1. a first fold line base panel; 110. a first connection base plate; 111. the first accommodating notch; 112. a first plug hole; 120. a second connection base plate; 121. the second accommodating notch; 122. a second plug hole; 130. a third connecting base plate; 131. a third accommodating notch; 132. a third plug hole;

2. a second fold line base; 210. a fourth connecting base plate; 211. a first insertion projection;

3. a third fold line base panel; 310. a fifth connecting bottom plate; 311. a first connection bottom; 312. a second connecting bottom; 3121. a first clamping notch; 3122. a first docking avoidance port; 313. a third connecting bottom; 314. a fourth connecting bottom; 3141. a second clamping notch; 320. a sixth connecting base plate; 321. fifth connecting bottom; 3211. a second clamping protrusion; 3122. a first docking avoidance port; 322. a sixth connecting bottom; 323. a second docking avoidance port; 330. a seventh connection base plate; 331. a first clamping protrusion;

4. a first fold line side panel; 410. a first connecting side plate; 411. a third clamping protrusion; 412. fourth clamping bulges; 420. a second connecting side plate; 421. a first connection side portion; 422. a second connection side portion; 423. a third connecting side portion; 4231. a third clamping notch; 424. a fourth connecting side portion; 430. a third connecting side plate; 431. a fifth connecting side portion; 432. a sixth connecting side portion; 433. a seventh connection side portion; 4331. a fourth clamping notch; 434. an eighth connection side portion; 440. a fourth connecting side plate; 441. a ninth connection side portion; 442. a tenth connection side portion; 443. an eleventh connection side portion; 4431. fifth clamping notch; 444. a twelfth connection side portion; 450. a fifth connecting side plate; 451. a fifth clamping protrusion;

5. A first fold line top panel; 510. a first connecting top plate; 511. a first connection top; 5111. sixth clamping notch; 512. a second connecting top; 513. a third connecting top; 5131. a fourth avoidance port; 5132. a fifth avoidance port; 514. a fourth connecting top; 515. a fifth connecting top; 520. a second connecting top plate; 521. a sixth connecting top; 5211. a first avoidance groove; 522. a seventh connecting top; 530. a third connecting top plate; 531. a sixth clamping protrusion;

6. and (5) externally packing the flat plate.

Detailed Description

In order to make the technical problems solved, the technical scheme adopted and the technical effects achieved by the utility model more clear, the technical scheme of the utility model is further described below by a specific embodiment in combination with the attached drawings.

In the description of the present utility model, unless explicitly stated and limited otherwise, the terms "connected," "connected," and "fixed" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally formed; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present utility model will be understood in specific cases by those of ordinary skill in the art.

In the present utility model, unless expressly stated or limited otherwise, a first feature "above" or "below" a second feature may include both the first and second features being in direct contact, as well as the first and second features not being in direct contact but being in contact with each other through additional features therebetween. Moreover, a first feature being "above," "over" and "on" a second feature includes the first feature being directly above and obliquely above the second feature, or simply indicating that the first feature is higher in level than the second feature. The first feature being "under", "below" and "beneath" the second feature includes the first feature being directly under and obliquely below the second feature, or simply means that the first feature is less level than the second feature.

In the description of the present embodiment, the terms "upper", "lower", "left", "right", and the like are orientation or positional relationships based on those shown in the drawings, merely for convenience of description and simplicity of operation, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the utility model. Furthermore, the terms "first," "second," and the like, are used merely for distinguishing between descriptions and not for distinguishing between them.

In the prior art, the packing lining generally has two filling modes, the first filling mode of the packing lining is to use EPE materials, the EPE is filled in a packing box body and supports and fixes lamps, but because the EPE materials are high in price and are not suitable for large-scale lamp packing, in order to solve the problem that the packing lining is high in price, the other filling mode of the packing lining is to use a paper lining to support and fix the lamps, CN108995939A realizes the bearing and fixing of the lamps on the corrugated board body by folding and forming a corrugated board body, but the structural strength of the packing lining formed by folding a corrugated board body cannot meet the structural strength requirement in the actual packing and transporting process despite the structural strength reinforcement of the corrugated board body. In addition, the corrugated board main body has complex folding steps and difficult folding and forming, thereby resulting in low packaging efficiency.

In order to solve the above problems, as shown in fig. 1 to 4, the embodiment of the utility model provides a lamp packaging box. The lamp packaging box comprises a packaging box body 2000 and a paper packaging lining 1000, wherein the paper packaging lining 1000 is accommodated in an inner cavity of the packaging box body 2000 and can be abutted against the inner cavity wall of the packaging box body 2000, the paper packaging lining 1000 comprises a lining bottom plate 1100, a lining top plate 1300 and two lining side plates 1200, the lining bottom plate 1100, the lining top plate 1300 and the two lining side plates 1200 are all independently folded and formed, the lining bottom plate 1100 is used for bearing and fixing a lamp, the two lining side plates 1200 are respectively arranged at two opposite ends of the lining bottom plate 1100 and are abutted against the lining bottom plate 1100, and the lining top plate 1300 is arranged above the lamp and is abutted against the two lining side plates 1200. This lamps and lanterns packing box is through propping up tightly paper packing inside lining 1000 and the inner chamber wall of packing box body 2000 and bear the weight of the lamps and lanterns and fix on lining board 1100, makes lamps and lanterns reliably fix in packing box body 2000, through the whole separation into different modules according to the actual effect that its each position played of paper packing inside lining 1000, namely: the lining baseboard 1100, the lining roof 1300 and the two lining side plates 1200 are folded and formed independently, the whole structure of the paper package lining 1000 is simplified, and the folding steps of the single lining baseboard 1100, the single lining roof 1300 or the single lining side plates 1200 are simple, the folding and forming are easy, and the packaging efficiency is high. In addition, the paper package liner 1000 and the package box 2000 are both recyclable materials, which is beneficial to environmental protection.

As shown in fig. 1 and 5, the box shape of the package box 2000 is 0201 type, and the package box 2000 is formed by folding the outer package flat plate 6, and the box shape processing technology is simple, and basically can satisfy the package of all products, and the applicability is high. It should be noted that the specific structure and folding manner of the 0201 type carton belong to the prior art, and are not described herein. In this embodiment, the packing box 2000 and the lining bottom plate 1100, the lining side plate 1200 and the lining top plate 1300 are made of corrugated cardboard materials, so that the corrugated cardboard has good buffering effect, is convenient to cut and fold, and can be folded and formed when the packing box 2000 and the lining bottom plate 1100, the lining side plate 1200 and the lining top plate 1300 are required to be unfolded when the packing box 2000 and the paper packing lining 1000 are required to be stored and transported, so that the storage and transportation space is greatly saved, and the storage and transportation are convenient. In addition, the corrugated board is an environment-friendly material, can be recycled and reused, and improves the environmental protection.

Further, as shown in fig. 6, the lining baseboard 1100 includes a bearing portion 1110 and a limiting portion 1120, the bearing portion 1110 is used for bearing a lamp, the limiting portion 1120 is detachably mounted above the bearing portion 1110, and the limiting portion 1120 can be arranged around the periphery of the lamp. The lining baseboard 1100 can accurately fix the lamp on the bearing part 1110 by arranging the bearing part 1110 and the limiting part 1120, thereby avoiding the lamp from moving on the bearing part 1110 and improving the protection of the lamp.

Specifically, as shown in fig. 7, the carrying portion 1110 is formed by folding a first folding line bottom plate 1, where the first folding line bottom plate 1 includes a first connecting bottom plate 110, a second connecting bottom plate 120 and a third connecting bottom plate 130 that are connected, one side edge of the second connecting bottom plate 120 is connected with the first connecting bottom plate 110, another side edge of the second connecting bottom plate 120 that is opposite to the side edge connected with the first connecting bottom plate 110 is connected with the third connecting bottom plate 130, an upper end surface of the first connecting bottom plate 110 can be abutted to a lamp, a lower end surface of the first connecting bottom plate 110 is abutted to a lower end surface of the second connecting bottom plate 120, and a lower end surface of the third connecting bottom plate 130 is abutted to an upper end surface of the second connecting bottom plate 120 to complete folding formation of the carrying portion 1110. It should be noted that, in this embodiment, the lamp is a hemispherical-like lamp, in order to further improve the load bearing stability of the lamp, the first connection bottom plate 110 is provided with a first accommodating gap 111, the second connection bottom plate 120 is provided with a second accommodating gap 121, the third connection bottom plate 130 is provided with a third accommodating gap 131, the first accommodating gap 111, the second accommodating gap 121 and the third accommodating gap 131 are all circular gaps, and after the bearing portion 1110 is folded and formed, the first accommodating gap 111, the second accommodating gap 121 and the third accommodating gap 131 are stacked coaxially, and the diameter of the second accommodating gap 121 is smaller than that of the first accommodating gap 111 and equal to that of the third accommodating gap 131, so as to achieve the optimal load bearing effect on the lamp. In other embodiments, the shapes and sizes of the first accommodating gap 111, the second accommodating gap 121, and the third accommodating gap 131 can be adaptively adjusted according to the specific shape of the lamp, which is not particularly limited in this embodiment.

Further, in this embodiment, as shown in fig. 8, the limiting portion 1120 is a surrounding frame formed by folding the second folding line bottom plate 2, the limiting portion 1120 is sequentially connected to the fourth connection bottom plates 210, and the plurality of fourth connection bottom plates 210 can be bent to each other and then connected end to form a surrounding frame. Through setting up around the lamps and lanterns and making lamps and lanterns and enclosing the frame looks butt, simple structure not only can accomplish spacing fixed to lamps and lanterns, avoids lamps and lanterns to take place the skew at the follow-up transportation in-process, but also can be convenient for the staff place lamps and lanterns on bearing portion 1110, plays certain guide effect, and then improves the packaging efficiency of lamps and lanterns.

It should be noted that, in the present embodiment, the carrying portion 1110 is fixedly inserted into the surrounding frame, each fourth connection base plate 210 is provided with a first insertion protrusion 211, and the first connection base plate 110 is provided with a plurality of first insertion holes 112 that are circumferentially spaced with respect to the center of the first accommodating notch 111. And each first plugging protrusion 211 is disposed corresponding to one first plugging hole 112; the second connection bottom plate 120 is provided with a plurality of second inserting holes 122 which are circumferentially arranged at intervals and are centered on the center of the second accommodating notch 121; the third connecting bottom plate 130 is provided with a plurality of third plugging holes 132 which are circumferentially spaced with the center of the third accommodating gap 131 as the center, and when the bearing portion 1110 is folded and formed, the first plugging holes 112, the second plugging holes 122 and the third plugging holes 132 at each position are mutually communicated. In other embodiments, the carrying portion 1110 and the enclosure frame may be fixed by a fixing method such as bonding, and the present embodiment is not limited specifically.

When the surrounding frame is required to be fixed with the bearing part 1110, each first plugging protrusion 211 on the surrounding frame is plugged and fixed with the first plugging hole 112 which is correspondingly arranged on the bearing part 1110, at this time, the first plugging protrusions 211 can sequentially pass through the first plugging holes 112, the second plugging holes 122 and the third plugging holes 132, and further fix the first connecting bottom plate 110, the second connecting bottom plate 120 and the third connecting bottom plate 130, so that the structural strength of the bearing part 1110 is improved, and the structure is simple and the design is ingenious. It should be noted that, in the present embodiment, the cross section of the first plugging protrusion 211 is rectangular, and correspondingly, the first plugging hole 112, the second plugging hole 122, and the third plugging hole 132 are rectangular, and in other embodiments, the cross section of the first plugging protrusion 211 and the hole patterns of the first plugging hole 112, the second plugging hole 122, and the third plugging hole 132 may also be adaptively adjusted according to actual requirements, which only needs to ensure that the first plugging protrusion 211 can be plugged and fixed with the first plugging hole 112, the second plugging hole 122, and the third plugging hole 132.

In addition, as shown in fig. 9 to 12, the liner bottom plate 1100 further includes a first supporting portion 1130 and a second supporting portion 1140, the first supporting portion 1130 and the second supporting portion 1140 are formed by folding the third folding line bottom plate 3, the first supporting portion 1130 and the second supporting portion 1140 are connected in a staggered manner and are fixed around the outer periphery of the bearing portion 1110, and the first supporting portion 1130 and the second supporting portion 1140 are abutted against the liner side plate 1200. The lining baseboard 1100 is simple in structure by arranging the first support portion 1130 and the second support portion 1140 to be abutted against the lining side board 1200 and fixing the bearing portion 1110 in the space surrounded by the first support portion 1130 and the second support portion 1140, so that the lining baseboard 1100 is fixed with the lining side board 1200, and further the lamp is fixed with the lining side board 1200.

Specifically, the third folding line bottom board 3 includes a fifth connection bottom board 310, a sixth connection bottom board 320 and a seventh connection bottom board 330, where two opposite sides of the seventh connection bottom board 330 are connected with the fifth connection bottom board 310, the remaining two opposite sides are connected with the sixth connection bottom board 320, the fifth connection bottom board 310 can be folded to form a first supporting portion 1130, the sixth connection bottom board 320 can be folded to form a second supporting portion, and the seventh connection bottom board 330 can connect the first supporting portion 1130 with the second supporting portion 1140 and bear the bearing portion 1110 in the lining bottom board 1100.

Further, the fifth connection bottom plate 310 includes a first connection bottom 311, a second connection bottom 312, a third connection bottom 313 and a fourth connection bottom 314 that are sequentially connected, where one side of the fourth connection bottom 314 is connected to the seventh connection bottom 330, another side of the fourth connection bottom 314 opposite to the side connected to the seventh connection bottom 330 is connected to the third connection bottom 313, another side of the third connection bottom 313 opposite to the side connected to the fourth connection bottom 314 is connected to the second connection bottom 312, and another side of the second connection bottom 312 opposite to the side connected to the third connection bottom 313 is connected to the first connection bottom 311.

Further, the second connection bottom 312 is provided with a first fastening notch 3121, and the seventh connection bottom 330 is provided with a first fastening protrusion 331. When the fifth connection bottom plate 310 needs to be folded into the first supporting portion 1130, the first connection bottom 311, the second connection bottom 312, the third connection bottom 313 and the fourth connection bottom 314 are folded inwards first until the first connection bottom 311, the second connection bottom 312, the third connection bottom 313 and the fourth connection bottom 314 enclose a rectangular structure, at this time, the first fastening notch 3121 and the first fastening protrusion 331 are opposite to each other, and then the first fastening protrusion 331 is folded into the first fastening notch 3121 to fix the first supporting portion 1130 and the seventh connection bottom plate 330. It should be noted that, in the present embodiment, two first fastening notches 3121 are formed on the second connection bottom 312, and two first fastening protrusions 331 are formed on the seventh connection bottom 330 to improve the fixing stability of the first support portion 1130 and the seventh connection bottom 330, and in other embodiments, the specific number of the first fastening notches 3121 and the first fastening protrusions 331 can be adaptively adjusted according to the actual requirement, which is not limited in this embodiment.

Preferably, the sixth connecting bottom plate 320 includes a fifth connecting bottom 321 and a sixth connecting bottom 322 which are sequentially connected, wherein one side edge of the sixth connecting bottom 322 is connected with the seventh connecting bottom plate 330, the other side edge which is oppositely arranged is connected with the fifth connecting bottom 321, and the fifth connecting bottom 321 and the sixth connecting bottom 322 are folded to form the second supporting portion 1140. The fifth connecting bottom 321 is provided with a second clamping protrusion 3211, the fourth connecting bottom 314 is provided with a second clamping notch 3141, the second connecting bottom 312 is provided with a first butt joint avoidance port 3122, and the fifth connecting bottom 321 and the sixth connecting bottom 322 are provided with a second butt joint avoidance port 323. When the second support portion 1140 is fixed to the first support portion 1130 in a butt joint manner, the second fastening protrusion 3211 is inserted into the second fastening notch 3141, and at this time, the first butt joint avoidance opening 3122 and the second butt joint avoidance opening 323 can accommodate the interference portion between the first support portion 1130 and the second support portion 1140, so as to realize the butt joint fixation of the first support portion 1130 and the second support portion 1140. The first support portion 1130 and the second support portion 1140 can be reliably fixed by arranging the second clamping protrusion 3211 and the second clamping notch 3141, and the problem of docking interference between the first support portion 1130 and the fourth support portion 1140 is solved by arranging the first docking avoidance port 3122 and the second docking avoidance port 323.

Preferably, as shown in fig. 13-17, each liner side plate 1200 includes a first folding block 1210, a second folding block 1220 and a third folding block 1230, wherein the first folding block 1210 is disposed above the second folding block 1220, a placement opening 1270 is disposed between the first folding block 1210 and the second folding block 1220, the first supporting portion 1130 or the second supporting portion 1140 is respectively placed in the placement openings 1270 in the two liner side plates 1200, the first folding block 1210 and the second folding block 1220 are disposed on the third folding block 1230, the third folding block 1230 can be abutted against the outer side wall of the first supporting portion 1130 or the second supporting portion 1140 placed in the placement opening 1270, the outer side walls of the first folding block 1210, the second folding block 1220 and the third folding block 1230 are abutted against the inner cavity side wall of the packaging box 2000, and the outer bottom walls of the first folding block 1210, the second folding block 1220 and the third folding block 1230 are abutted against the inner cavity bottom wall of the packaging box 2000. The outer side wall and the outer bottom wall of the inner lining side plate 1200 are propped against the inner cavity side wall and the inner cavity bottom wall of the packing box 2000 through the first folding block 1210, the second folding block 1220 and the third folding block 1230, so that the inner lining side plate 1200 and the packing box 2000 are relatively fixed in the horizontal direction, the first supporting part 1130 or the second supporting part 1140 is stored through the placement opening 1270, the inner lining bottom plate 1100 and the inner lining side plate 1200 are fixed, and then the lamp and the packing box 2000 are fixed in the horizontal direction, so that the lap joint is simple and easy, and the structural strength is high.

Further, the liner side plate 1200 is formed by folding a first folding line side plate 4, the first folding line side plate 4 includes a first connecting side plate 410, a second connecting side plate 420, a third connecting side plate 430 and a fourth connecting side plate 440, wherein the second connecting side plate 420 is connected with a first side of the first connecting side plate 410, the second connecting side plate 420 is folded into a first folding block 1210, the third connecting side plate 430 is connected with a second side of the first connecting side plate 410 and is opposite to the second connecting side plate 420, the third connecting side plate 430 is folded into a second folding block 1220, the fourth connecting side plate 440 is connected with a third side of the first connecting side plate 410, and the fourth connecting side plate 440 is folded into a third folding block 1230. The first folding line side plate 4 connects the first folding block 1210, the second folding block 1220 and the third folding block 1230 with each other through the first connecting side plate 410, and forms the lining side plate 1200 together.

Further, the first folding block 1210 and the second folding block 1220 are disposed at two opposite ends of the third folding block 1230. By providing the first folding block 1210 and the second folding block 1220 at both ends of the third folding block 1230, the supporting strength of the liner side plate 1200 to the first supporting portion 1130 or the second supporting portion 1140 can be further improved, and the overall structural strength of the packaging liner can be further improved.

Specifically, the second connecting side plate 420 includes a first connecting side portion 421, a second connecting side portion 422, a third connecting side portion 423, and a fourth connecting side portion 424, wherein one side edge of the first connecting side portion 421 is connected to the first connecting side plate 410, another side edge of the first connecting side portion 421 opposite to the side edge connected to the first connecting side plate 410 is connected to one side edge of the second connecting side portion 422, another side edge of the second connecting side portion 422 opposite to the side edge connected to the first connecting side portion 421 is connected to one side edge of the third connecting side portion 423, and another side edge of the third connecting side portion 423 opposite to the side edge connected to the second connecting side portion 422 is connected to the fourth connecting side portion 424. When the second connecting side plate 420 needs to be turned over to the first folding block 1210, the fourth connecting side portion 424, the third connecting side portion 423, the second connecting side portion 422 and the first connecting side portion 421 are turned over in sequence in a direction approaching the first connecting side plate 410, and the fourth connecting side portion 424, the third connecting side portion 423, the second connecting side portion 422 and the first connecting side portion 421 together form a rectangular structure to form the first folding block 1210.

In addition, the third connection side portion 423 is provided with a third fastening notch 4231, the first connection side plate 410 is provided with a third fastening protrusion 411, and when the fourth connection side portion 424, the third connection side portion 423, the second connection side portion 422, and the first connection side portion 421 are sequentially turned over to form the first folding block 1210, the third fastening notch 4231 is aligned with the third fastening protrusion 411, and at this time, the third fastening protrusion 411 is turned over and folded into the third fastening notch 4231 to fix the first folding block 1210 with the first connection side plate 410. It should be noted that, the third connecting side plate 430 includes a fifth connecting side portion 431, a sixth connecting side portion 432, a seventh connecting side portion 433 and an eighth connecting side portion 434, and the seventh connecting side portion 433 is also provided with a fourth fastening notch 4331, and the first connecting side plate 410 is provided with a fourth fastening protrusion 412. The specific structure and the folding principle of the third connecting side plate 430 are the same as those of the second connecting side plate 420, when the third connecting side plate 430 is folded to form the second folding block 1220, the fourth fastening protrusion 412 can be folded and fastened into the fourth fastening notch 4331 to fix the second folding block 1220 and the first connecting side plate 410, so that the line text is concise, and details are omitted.

In the present embodiment, the first folding line side plate 4 further includes a fifth connecting side plate 450, a fifth fastening protrusion 451 is disposed on the fifth connecting side plate 450, the fourth connecting side plate 440 includes a ninth connecting side portion 441, a tenth connecting side portion 442, an eleventh connecting side portion 443, and a twelfth connecting side portion 444, and a fifth fastening notch 4431 is formed on the eleventh connecting side portion 443, and the specific structure of the fourth connecting side plate 440 is the same as that of the second connecting side plate 420. When the fourth connecting side plate 440 is folded into the third folding block 1230, the fifth fastening protrusion 451 can be folded into the fifth fastening notch 4431 to fix the third folding block 1230 and the fifth connecting side plate 450.

The fourth connecting side plate 440 is different from the second connecting side plate 420 in that the third folding block 1230 formed by folding the fourth connecting side plate 440 is provided with a first avoiding opening 1240, a second avoiding opening 1250 and a third avoiding opening 1260. When lining bottom plate 1100, lining curb plate 1200 and lining roof 1300 need splice the equipment, first dodge mouthful 1240, second dodge mouthful 1250 and third dodge mouthful 1260 and can provide the operating space of assembling for the staff, be convenient for carry out lining bottom plate 1100, lining curb plate 1200 and lining roof 1300's the assembly, and then improve packing efficiency. In this embodiment, only the third folding block 1230 of one liner side plate 1200 of the two liner side plates 1200 is provided with the first avoiding port 1240, the second avoiding port 1250 and the third avoiding port 1260, and in other embodiments, the third folding block 1230 of the two liner side plates 1200 may be provided with the first avoiding port 1240, the second avoiding port 1250 and the third avoiding port 1260, which is not limited in this embodiment.

Preferably, as shown in fig. 18-20, the lining top plate 1300 includes two fourth folding blocks 1310, the two fourth folding blocks 1310 are abutted against each other, an upper end surface of each fourth folding block 1310 is abutted against an inner cavity top wall of the packaging box 2000, and each fourth folding block 1310 is provided with a containing cavity for containing the lamp fittings. The lining top plate 1300 is formed by abutting the upper end face of the fourth folding block 1310 against the top wall of the inner cavity of the packaging box 2000, and abutting the outer bottom wall of the lining side plate 1200 against the bottom wall of the inner cavity of the packaging box 2000, so that the lining bottom plate 1100 and the packaging box 2000 are relatively fixed in the vertical direction, the lining bottom plate 1100 and the packaging box 2000 are relatively fixed in the horizontal direction by combining the lining side plate 1200, absolute fixation of the lining bottom plate 1100 and the packaging box 2000 is realized, and further absolute fixation of the lamp and the packaging box 2000 is realized. In addition, through setting up the accommodation chamber of holding lamps and lanterns accessory in fourth folding piece 1310, compact structure, design benefit further practices thrift the packaging space of lamps and lanterns. It should be noted that the light fitting includes necessary connection and installation fittings such as wires and screws.

Further, the lining top plate 1300 is formed by folding the first folding top plate 5, the first folding top plate 5 comprises two first connecting top plates 510, two second connecting top plates 520 and a third connecting top plate 530, wherein each first connecting top plate 510 is folded into a fourth folding block 1310, the second connecting top plates 520 can fix the two fourth folding blocks 1310 after folding, two opposite side edges of the third connecting top plate 530 are respectively connected with the two first connecting top plates 510, and two opposite side edges of the third connecting top plate 530 are respectively connected with the second connecting top plates 520. The first folding line board 5 is folded by arranging the first connecting top board 510 to form the fourth folding blocks 1310, and the two fourth folding blocks 1310 are fixed by the second connecting top board 520, so that the structure is simple, and the design is ingenious.

Specifically, the first connecting top plate 510 includes a first connecting top 511, a second connecting top 512, a third connecting top 513, a fourth connecting top 514 and a fifth connecting top 515, wherein one side edge of the fourth connecting top 514 is connected with the third connecting top 530, the other side edge of the fourth connecting top 514 opposite to the third connecting top 513 is connected, the remaining two side edges of the fourth connecting top 514 are respectively connected with the fifth connecting top 515, the other side edge of the third connecting top 513 opposite to the side edge of the fourth connecting top 514 is connected with the second connecting top 512, and the other side edge of the second connecting top 512 opposite to the side edge of the third connecting top 513 is connected with the first connecting top 511.

When the first connecting top plate 510 needs to be folded into the fourth folding block 1310, the first connecting top 511, the second connecting top 512, the third connecting top 513 and the fourth connecting top 514 are folded towards the inner side close to the third connecting top plate 530 in sequence until the first connecting top 511, the second connecting top 512, the third connecting top 513 and the fourth connecting top 514 enclose a rectangular structure, then the fifth connecting top 515 is turned towards the direction close to the rectangular structure to block part of the opening of the rectangular structure, and the wires, bolts and other lamp fittings can be accommodated in the inner cavity of the rectangular structure.

Further, a sixth clamping notch 5111 is formed in the first connecting top 511, a sixth clamping protrusion 531 is formed in the third connecting top 530, when the first connecting top 510 is folded into the fourth folding block 1310, the sixth clamping notch 5111 is opposite to the sixth clamping protrusion 531, and then the sixth clamping protrusion 531 is inserted into the sixth clamping notch 5111 to fix the fourth folding block 1310 to the third connecting top 530, so that the overall structural strength of the lining top 1300 is improved. In this embodiment, the third connection top 513 is provided with a fourth avoidance port 5131. The fourth relief port 5131 can facilitate a worker to pick up the liner top plate 1300 when it is desired to cap the liner top plate 1300 to the liner side plate 1200 or remove the liner top plate 1300 from the liner side plate 1200.

Preferably, the second connecting top plate 520 includes a sixth connecting top 521 and a seventh connecting top 522, one side of the seventh connecting top 522 is connected to the third connecting top 530, and the other side of the seventh connecting top 522 opposite to the side connected to the third connecting top 530 is connected to the sixth connecting top 521. When the two first connecting top plates 510 are folded into the fourth folding blocks 1310, the sixth connecting top 521 and the seventh connecting top 522 are folded in a direction approaching the fourth folding blocks 1310, so that the seventh connecting top 522 seals the opening of the fourth folding blocks 1310, and the sixth connecting top 521 is inserted into the respective folding slits of the two fourth folding blocks 1310, so as to fix the two fourth folding blocks 1310, and the folding device has a simple structure and smart design. It should be noted that, in order to avoid the interference problem caused by the insertion of the sixth connection top 521 into the gaps of the two fourth folding blocks 1310, the sixth connection top 521 is provided with a first avoiding groove 5211. In addition, the corner of the third connection top 513 is provided with a fifth avoidance port 5132, and the fifth avoidance port 5132 is in a quarter circle shape, when the sixth connection top 521 needs to be inserted into respective folding gaps on the two fourth folding blocks 1310, the two fourth folding blocks 1310 are arranged side by side, the two fifth avoidance ports 5132 are communicated to form a semicircular groove, and the semicircular groove can provide a plugging operation space, so that the sixth connection top 521 is convenient to insert. In other embodiments, the setting position and shape of the fifth avoidance port 5132 may also be adaptively adjusted according to the actual requirement, which is not specifically limited in this embodiment.

It should be noted that, the specific specification sizes of the liner bottom plate 1100, the liner side plate 1200, the liner top plate 1300, and the package box body 2000 in the lamp package box provided in the present embodiment can be adaptively adjusted according to the actual sizes of the lamps, so as to improve the applicability of the lamp package box.

In order to facilitate understanding of the lamp packaging box provided by the present embodiment, a specific packaging process of the lamp packaging box will now be described with reference to fig. 1 to 4:

1) Folding the outer packing flat plate 6 into a packing box 2000;

2) Folding the first folding line bottom board 1 into a bearing part 1110, folding the second folding line bottom board 2 into a surrounding frame, and folding the third folding line bottom board 3 into a first supporting part 1130 and a second supporting part 1140;

3) After the enclosure frame is placed on the bearing portion 1110 and fixed with the bearing portion 1110, the bearing portion 1110 is placed on the seventh connection base plate 330, so as to complete the combination of the lining base plates 1100.

4) The lamp is abutted and fixed in the surrounding frame;

5) Folding the first fold line side panel 4 into the liner side panel 1200;

6) Placing both ends of the liner bottom plate 1100 in the placing ports 1270, respectively, and fixing the liner bottom plate 1100 and the two liner side plates 1200;

7) Placing the fixed liner bottom plate 1100 and the liner side plate 1200 into the inner cavity of the packaging box 2000;

8) Folding the first fold line top panel 5 into a liner top panel 1300;

9) Placing wire, screw, etc. fittings into the interior cavity of the fourth folding block 1310 in the inner liner panel 1300;

10 Cover the liner top plate 1300 above the liner bottom plate 1100, and make the lower end surface of the liner top plate 1300 abut against the upper end surface of the liner side plate 1200 to complete the assembly of the paper package liner 1000;

11 Packaging the package box 2000.

It is to be understood that the above examples of the present utility model are provided for clarity of illustration only and are not limiting of the embodiments of the present utility model. Other variations or modifications of the above teachings will be apparent to those of ordinary skill in the art. It is not necessary here nor is it exhaustive of all embodiments. Any modification, equivalent replacement, improvement, etc. which come within the spirit and principles of the utility model are desired to be protected by the following claims.

Claims (10)

1. Lamps and lanterns packing box, its characterized in that includes:

a packaging box (2000); and

the paper packing inside lining (1000), paper packing inside lining (1000) holding is in the inner chamber of packing box (2000) and with the inner chamber wall of packing box (2000) offsets tightly, paper packing inside lining (1000) include inside lining bottom plate (1100), inside lining roof (1300) and two inside lining curb plate (1200), inside lining bottom plate (1100) inside lining roof (1300) and two inside lining curb plate (1200) are folding shaping alone all, inside lining bottom plate (1100) are used for bearing and fixing lamps and lanterns, two inside lining curb plate (1200) set up respectively inside lining bottom plate (1100) opposite ends department and with inside lining bottom plate (1100) looks butt, inside lining roof (1300) lid is established the top of lamps and lanterns and with two inside lining curb plate (1200) looks butt.

2. The light fixture packaging box of claim 1, wherein the lining base plate (1100) comprises:

a carrying part (1110) for carrying the lamp; and

the limiting part (1120) is detachably arranged above the bearing part (1110), and the limiting part (1120) can be arranged on the periphery of the lamp in a surrounding mode.

3. The lamp packaging box according to claim 2, wherein the bearing portion (1110) is formed by folding a first folding line bottom plate (1), the first folding line bottom plate (1) comprises a first connecting bottom plate (110), a second connecting bottom plate (120) and a third connecting bottom plate (130) which are connected, one side edge of the second connecting bottom plate (120) is connected with the first connecting bottom plate (110), the other side edge of the second connecting bottom plate (120) which is oppositely arranged is connected with the third connecting bottom plate (130), the upper end face of the first connecting bottom plate (110) can be abutted with the lamp, the lower end face of the first connecting bottom plate (110) is abutted with the lower end face of the second connecting bottom plate (120), and the lower end face of the third connecting bottom plate (130) is abutted with the upper end face of the second connecting bottom plate (120).

4. The lamp packaging box according to claim 2, wherein the limiting portion (1120) is a surrounding frame formed by folding the second folding line bottom plate (2), the limiting portion (1120) comprises a fourth connecting bottom plate (210) connected in sequence, and the fourth connecting bottom plates (210) can be connected end to end after being mutually folded and form the surrounding frame.

5. The light fixture package of claim 2, wherein the liner floor (1100) further comprises:

first supporting part (1130) and second supporting part (1140), first supporting part (1130) with second supporting part (1140) are turned over by third folding line bottom plate (3) and are formed, first supporting part (1130) with second supporting part (1140) are alternately connected and enclose to establish and fix the periphery of carrying part (1110), first supporting part (1130) with second supporting part (1140) with inside lining curb plate (1200) looks butt.

6. The light fixture package of any one of claims 1-5, wherein each liner side panel (1200) comprises:

a first folding block (1210);

a second folding block (1220), wherein the first folding block (1210) is arranged above the second folding block (1220), a placement opening (1270) is arranged between the first folding block (1210) and the second folding block (1220), and two opposite ends of the lining bottom plate (1100) are respectively placed in the placement openings (1270) in the two lining side plates (1200); and

third folding piece (1230), first folding piece (1210) with second folding piece (1220) set up on third folding piece (1230), third folding piece (1230) can with place in mouth (1270) one end butt of lining sole plate (1100), first folding piece (1210), second folding piece (1220) and the lateral wall of third folding piece (1230) with the inner chamber lateral wall of packing box (2000) is tight, first folding piece (1210), second folding piece (1220) and the outer bottom wall of third folding piece (1230) is tight with the inner chamber diapire of packing box (2000).

7. The light fixture packaging box according to claim 6, wherein the liner side panel (1200) is folded by a first fold line side panel (4), the first fold line side panel (4) comprising:

a first connecting side plate (410);

a second connecting side plate (420) connected with a first side of the first connecting side plate (410), wherein the second connecting side plate (420) is folded into the first folding block (1210);

a third connecting side plate (430) connected to the second side of the first connecting side plate (410) and disposed opposite to the second connecting side plate (420), the third connecting side plate (430) being folded into the second folding block (1220); and

and a fourth connecting side plate (440) connected with the third side of the first connecting side plate (410), wherein the fourth connecting side plate (440) is folded into the third folding block (1230).

8. The light fixture packaging box according to claim 6, wherein two ends of the third folding block (1230) which are oppositely arranged are provided with the first folding block (1210) and the second folding block (1220).

9. The light fixture package of any one of claims 1-5, wherein the lined ceiling (1300) comprises:

the packaging box comprises two fourth folding blocks (1310), wherein the two fourth folding blocks (1310) are mutually abutted, the upper end face of each fourth folding block (1310) is abutted against the top wall of the inner cavity of the packaging box body (2000), and each fourth folding block (1310) is provided with a containing cavity for containing lamp fittings.

10. The light fixture package of claim 9, wherein the liner top panel (1300) is folded from a first fold line top panel (5), the first fold line top panel (5) comprising:

-two first connecting top panels (510), each first connecting top panel (510) being folded over into the fourth folding block (1310);

the second connecting top plates (520) can fix the two folded fourth folding blocks (1310) after the folding; and

and two opposite side edges of the third connecting top plate (530) are respectively connected with the two first connecting top plates (510), and two opposite side edges of the third connecting top plate (530) are respectively connected with the second connecting top plates (520).

Images