CN209142790U - By the bag binding mechanism of package and the buffer component of bale packing - Google Patents

Abstract

The utility model provides a kind of by the bag binding mechanism of package and the buffer component of bale packing.Make by least part of package it is chimeric with the recess portion of buffer component made of in bag binding mechanism, described to be had by package: expanding portion is arranged in the region chimeric with the recess portion of the buffer component；And protrusion, it is prominent compared to the expanding portion.The bearing buffer part for abutting with the protrusion and being supported to it is provided in the buffer component.

Description

By the bag binding mechanism of package and the buffer component of bale packing

Technical field

The utility model relates to the bale packing knots by package for being packed to thin-type display device etc. by package The buffer component of structure and bale packing.

Background technique

In the past, as the bale packing knot packed to thin-type display device large-scale as LCD device etc. Structure, it is known to such as Fig. 5 A to structure shown in Fig. 7.In the bag binding mechanism, as shown in Fig. 5 A, 5B, slim slim aobvious The upper and lower part of showing device 100 is fitted into top buffer component 101 and lower buffer component 102, and is accommodated in rectangular shape Packing box 103 in.

In the bag binding mechanism of Fig. 6 A, Fig. 6 B and thin-type display device shown in Fig. 7 100, the master of thin-type display device 100 Body portion has the back cover of the display picture and the back side of front surface, and back cover is in center with the big bellying of wall thickness and in its periphery tool There is the peripheral part of thin-walled.Also, a part of the peripheral part and bellying that make the top and the bottom of thin-type display device 100 is seamlessly It is embedded in and is packed in top buffer component 101 and each recess portion of the formation of lower buffer component 102.Remember in patent document 1 Same structure is also disclosed in the bag binding mechanism of load.

In such large-scale thin-type display device 100 shown in Fig. 8, there are following situations: in the peripheral part of back cover Lower part is formed with the lower end 105 of stage portion 105a than the peripheral part expanding on the upside of it.Week in the upside of lower end 105 Edge is equipped with the handle 106 of carrying.The thin-type display device 100 of such large size is set to be embedded in lower buffer component In the case where 102, as shown in Figure 9 A, the consistency of thickness of the lower end 105 of the width and peripheral part of recess portion 102a, thus with thereon Gap is formed between the peripheral part of side.In this case, handle 106 is accommodated in the space in lower buffer component 102.

Moreover, the usual center of gravity of thin-type display device 100 is in back side, therefore tied to thin-type display device 100 Bao Shi, or when opening bundle, due to recess portion 102a gap and there is a situation where to roll backward oblique.Sometimes there is also slim display dresses The case where setting 100 and fall down together with lower buffer component 102.

As the means for improving such problems, it is contemplated that countermeasure shown in such as Figure 10 A~10C.

Such as in the example of Figure 10 A, in the recess portion 102a of lower buffer component 102 with thin-type display device 100 Between movable fit additional padded coaming 107 prevent falling down for thin-type display device 100.

In the example of Figure 10 B, in the additional padded coaming 108 of the top of lower buffer component 102 setting in its slot Portion 108a is fitted into the peripheral part of thin-type display device 100.Reduce the inclination of thin-type display device 100 as a result, and prevents from.

In the example of Figure 10 C, extends padded coaming 109 and be linked to the rear surface of lower buffer component 102, thus The contact area with floor for increasing lower buffer component 102, being by the bearing of thin-type display device 100 will not inclination It lies down.

[citation]

[patent document]

[patent document 1] Japanese Laid-Open 2008-105683 bulletin

Utility model content

[summary of utility model]

[the utility model project to be solved]

However, in the example shown in Figure 10 A, exist the operation being sandwiched in padded coaming in recess portion 102a it is complicated and The problem of usage amount of padded coaming increases.In the example shown in Figure 10 B, in addition to padded coaming usage amount increase it Outside, padded coaming enlargement is also led to the problem of.In the example shown in Figure 10 C, in the base that the usage amount of padded coaming increases On plinth, padded coaming and the packing box enlargement for storing the padded coaming, and lead to the problem of transportation cost increase.

The utility model is made in view of above-mentioned project.An example of the purpose of this utility model is to provide a kind of tied The bag binding mechanism and bale packing buffer component of packet object, the ruler for not having to the usage amount for increasing buffer component or increasing buffer component It is very little and being supported with falling down by package can be prevented, and carrying capacity of environment can be reduced.

[solution for solving the problem]

The utility model is made by the recessed of at least part of package and buffer component by the bag binding mechanism of package Bag binding mechanism made of portion is chimeric, which is characterized in that had by package: expanding portion is arranged in embedding with the recess portion of buffer component In the region of conjunction；And protrusion, it is prominent compared to expanding portion, it is provided in buffer component and is abutted with protrusion and it is supported Bearing buffer part.

The buffer component of the bale packing of the utility model is the bundle that will be housed in recess portion by least part of package The buffer component of packet, which is characterized in that have: recess portion will be fitted by the lower part of package, and is had and be arranged in lower part The identical width in expanding portion of expansion or the width more than it；And bearing buffer part, it is arranged in recess portion, is packed with being formed in The protrusion of object is abutted and is supported to it.

[utility model effect]

It is according to the present utility model by the bag binding mechanism of package and the buffer component of bale packing, by being set to buffering structure The bearing buffer part of part is supported by the protrusion of package, thus by package bale packing when or when opening bundle, even if falling down The load in direction is acted on by package, can also be inhibited by bearing buffer part by the inclination of package.Moreover, being able to suppress The case where buffer component is added by falling down for package in order to prevent or increases bale packing size, so as to inhibit transportation cost Rising or carrying capacity of environment increase.

Detailed description of the invention

Figure 1A is the large-scale slim display dress for indicating to be packed by the lower buffer component of the embodiments of the present invention The side view set.

Figure 1B is the large-scale slim display dress for indicating to be packed by the lower buffer component of the embodiments of the present invention The partial perspective view set.

Fig. 2 is the perspective view for indicating the bag binding mechanism of thin-type display device shown in figure 1A.

Fig. 3 A is to be fitted into the cross-sectional view of the bag binding mechanism of thin-type display device in lower buffer component.

Fig. 3 B is the portion the A enlarged drawing of Fig. 3 A.

Fig. 4 is the explanatory diagram for indicating the lower buffer component of the bearing buffer part abutted with carrying with handle.

Fig. 5 A is the figure for indicating conventional example, is to be fitted into top buffer component and lower buffer component in thin-type display device Perspective view.

Fig. 5 B is the figure for indicating conventional example, is the perspective view that thin-type display device is accommodated in packing box.

Fig. 6 A is the line B-B cross-sectional view of Fig. 5 A.

Fig. 6 B is the explanatory diagram of Fig. 6 A.

Fig. 7 is the line C-C horizontal cross of lower buffer component shown in Fig. 6 A.

Fig. 8 is the partial perspective view for indicating the lower part of peripheral part of thin-type display device.

Fig. 9 A is to be fitted into the cross-sectional view of thin-type display device in lower buffer component.

Fig. 9 B is the inclined figure of thin-type display device.

Figure 10 A is the figure for indicating to inhibit the structure of thin-type display device fallen down.

Figure 10 B is the figure for indicating to inhibit the structure of thin-type display device fallen down.

Figure 10 C is the figure for indicating to inhibit the structure of thin-type display device fallen down.

[label declaration]

1 thin-type display device

2 display pictures

3 back covers

3a bellying

The peripheral part 3b

Handle is used in 4 carryings

5 lower ends

7 lower buffer components

7a recess portion

8 lower part packing boxs

13 longitudinal wall parts

14 cross wall portions

15 bottom surfaces

18 bearing buffer parts

103 packing boxs

Specific embodiment

Hereinafter, A~Fig. 4 referring to Fig.1, illustrates the bag binding mechanism of the thin-type display device of the embodiments of the present invention.

Figure 1A, 1B be indicate as by the figure of the thin-type display device 1 of package, be indicate for example by liquid crystal display or The figure of the large-scale thin-type display device 1 of the compositions such as organic el display.The main body 1a of thin-type display device 1 is such as substantially four Side shape plate, the back cover 3 for constituting the back side of display picture 2 have built-in driving mechanism being arranged in central portion as protrusion etc. The peripheral part 3b of bellying 3a and the thin-walled in the setting of its surrounding.Bellying 3a has to be formed with the peripheral part 3b interconnecting piece connecting For the lozenges 3c of inclined plane type.

The thin-type display device 1 is large size, therefore carries and use in the upper and lower adjacent corner installation of the peripheral part 3b of back cover 3 Handle 4.Carrying handle 4 is arranged on such as diagonal line of the peripheral part 3b of back cover 3.Upper and lower carrying handle 4 is mounted to Mutually orthogonal direction.In the present embodiment, the carrying handle 4 that the peripheral part 3b on top is arranged is arranged to up and down direction (along longitudinal edge) direction, (along following) horizontally is arranged in the carrying handle 4 that the peripheral part 3b in lower part is arranged Direction.

Peripheral part 3b in the lower part of the main body 1a of thin-type display device 1, the lower end 5 as expanding portion is via stage portion 5a and be formed as heavy wall compared with the part of other peripheral part 3b.The carrying of lower part is located at the upside of stage portion 5a with handle 4.

In Fig. 2, the lozenges 3c of the peripheral part 3b of upside and bellying 3a is embedded in top and delayed by thin-type display device 1 The lozenges 3c of the peripheral part 3b of downside and bellying 3a is embedded in the recess portion of lower buffer component 7 by the recess portion for rushing component 6 7a.Thin-type display device 1 is protected to be protected from external rush and being embedded in top buffer component 6 and lower buffer component 7 It hits.The peripheral part of lower buffer component 7 is accommodated in lower part packing box 8.

The bag binding mechanism of thin-type display device 1 is same as situation shown in Fig. 5 A and 5B, makes the upper and lower of thin-type display device 1 Portion is embedded in top buffer component 6 and lower buffer component 7, and lower buffer component 7 is made to be accommodated in the state of lower part packing box 8 Under, simultaneously from upper covering to the side of lower part packing box 8 by the packing box 103 (referring to Fig. 5 B) of the rectangular-shape with lower openings It is locking using fixture structural unit and lower part packing box 8.

Top buffer component 6 and lower buffer component 7 are formed for example, by the padded coaming being made of foamed styrene etc.. Lower part packing box 8 and packing box 103 are formed by such as corrugated paper or ground paper etc..

Next, being described in detail about lower buffer component 7 by Fig. 2 to Fig. 4.

Lower buffer component 7 is formed by the block of generally elongated rectangular-shape, and surface is formed with along its length on it Recess portion 7a.Region is formed with the relatively low main part 10 of height to lower buffer component 7 along its length at its center, at its both ends Portion is respectively formed with the rising portions 11 of the height substantially prism-shaped higher than main part 10.

In the upper surface 10a of main part 10, along its length and the recess portion 7a of section oblong-shaped is along depth direction shape At.Inner surface of the recess portion 7a also with the rising portions 11 of two sides communicatively extends, continuous along the vertical direction from the both ends of recess portion 7a Ground forms concave part 7b.Therefore, the peripheral part of the lower side of thin-type display device 1 can be fitted into recess portion 7a and concave part 7b The corner of 3b, the both ends of peripheral part 3b are chimeric with the recess portion 7a of the rising portions of two sides 11 across concave part 7b.Slim display dress The a part for setting the peripheral part 3b of 1 side is chimeric with the concave part 7b of rising portions 11.

Recess portion 7a, concave part 7b width be set as with the lower end 5 of the peripheral part 3b of thin-type display device 1 with a thickness of phase Same width, but also can have the width bigger than lower end 5.Moreover, the expanding direction of lower end 5 is and carrying handle 4 The identical direction of projected direction, carrying handle 4 are protruded outward than lower end 5.

In Fig. 3 A, 3B and Fig. 4, in the main part 10 of lower buffer component 7, stood upwards across recess portion 7a in two sides The longitudinal wall part 13 and recess portion 7a risen is extended parallel to, in the cross wall portion 14 that the side orthogonal with longitudinal wall part 13 upwardly extends along longitudinal wall The length direction in portion 13 arranges at predetermined intervals.Therefore, longitudinal wall part 13 and cross wall portion 14 are formed as clathrate.In longitudinal wall part 13 and The lower end in cross wall portion 14 is provided with horizontal bottom surface 15.Therefore, by being arranged in longitudinal wall part 13 and the cross wall portion 14 of clathrate Carry out the compartment 17.

Recess portion 7a is formed and by from adjacent 13 14 incised notch of cross wall portion outstanding of longitudinal wall part, across recess portion 7a and cross wall The first end face 14a in portion 14 is relative to each other.The cross wall portion 14 opposite with the peripheral part 3b of thin-type display device 1 and display picture 2 First end face 14a extend vertically to be formed, clip peripheral part 3b and display picture 2.With the bellying 3a of thin-type display device 1 The second end face 14b in the opposite cross wall portion 14 lozenges 3c be formed as the shape along lozenges 3c and adipping is inclined Cone-shaped, and lozenges 3c is clipped between the first end face 14a of display 2 side of picture.

Lead in addition, the carrying that the peripheral part 3b in the lower part of thin-type display device 1 is arranged is located at handle 4 with chimerism It crosses in 1 space 17 of longitudinal wall part 13 and the separation of cross wall portion 14, press and abuts the bearing buffering extended upwards from bottom surface 15 The upper surface 18a in portion 18.Bearing buffer part 18 is formed as such as rectangular-shape, and surface 18a is abutted and supported carrying and uses on it Handle 4.

Due to thin-type display device 1 have weight, when chimeric with the recess portion 7a of lower buffer component 7, exist by A possibility that buffer part 18 is flattened will be supported by carrying handle 4 in its weight.It is therefore preferable that buffer part will be supported in advance The height of 18 upper surface 18a forms more slightly higher than from the lower end of thin-type display device 1 to the height of carrying handle 4.And And preferably the height for supporting buffer part 18 is set are as follows: in the recess portion for making thin-type display device 1 be embedded in lower buffer component 7 When 7a, due to its weight and carrying with handle 4 slightly compress bearing buffer part 18 stationary state under, thin-type display device 1 Maintain vertical state.

Alternatively, the height for supporting the upper surface 18a of buffer part 18 can be set as and from lower end 5 to carrying handle 4 height is identical.In this case, the rigidity of preferably lower buffer component 7 is relatively high.It is embedded in by thin-type display device 1 When the recess portion 7a of lower buffer component 7, at the position that the lower end of peripheral part 3b is seated at bottom surface 15, carry with handle 4 with The upper surface 18a for supporting buffer part 18 is abutted, and thus, it is possible to be born slim display by bottom surface 15 and the bearing dispersion of buffer part 18 and filled Set 1 load.It will not be compressed, and can hung down buffer part 18 is supported by the carrying handle 4 of thin-type display device 1 as a result, Directly support thin-type display device 1.

It should be noted that top buffer component 6 is also in the same manner as lower buffer component 7, by longitudinal wall part 13 and cross wall portion 14 arrangement formation in lattice shape, carry out local incised notch to cross wall portion 14 and form recess portion (not shown).Moreover, in recess portion with The first end face 14a in the cross wall portion 14 that peripheral part 3b or display picture 2 abut is formed as vertical plane, the lozenges with bellying 3a The second end face 14b that 3c is abutted is formed as inclined surface.

The bag binding mechanism of the thin-type display device 1 of present embodiment have above-mentioned structure, will be illustrated next its bale packing and Open bundle method.

In bale packing, in the state that lower buffer component 7 is accommodated in lower part packing box 8 in advance, make slim display The lower end 5 of the heavy wall of device 1 is down embedded in the recess portion 7a of lower buffer component 7.Then, under thin-type display device 1 The peripheral part 3b of side is embedded in recess portion 7a in the downward mode in lower end 5, and the corner of peripheral part 3b is embedded in rising portions 11 Recess portion 7a.At this point, the peripheral part 3b of the downside of thin-type display device 1 is sandwiched in the cross wall portion 14 of the recess portion 7a of lower buffer component 7 First end face 14a, inclined plane type second end face 14b between and be seated at the bottom surface 15 in recess portion 7a.Moreover, peripheral part 3b It is accommodated between the first end face 14a in opposite cross wall portion 14, the lozenges 3c of bellying 3a is sandwiched in the inclined of cross wall portion 14 Between second end face 14b and vertical first end face 14a.

In addition, the carrying of thin-type display device 1 is pressed in space 17 between longitudinal wall part 13 and cross wall portion 14 with handle 4 And compress the upper surface 18a of bearing buffer part 18.It supports buffer part 18 and carries the high superposed for using handle 4, to pass through effect In carrying handle 4 load by support buffer part 18 a part flatten and thin-type display device 1 lower end 5 be seated at it is recessed The state of the bottom surface 15 of portion 7a is static.In this state, thin-type display device 1 remains vertically, shows picture 2 and peripheral part 3b is abutted with the first end face 14a in the cross wall portion 14 of two sides, the lozenges 3c of bellying 3a and inclined the second of cross wall portion 14 End face 14b is abutted.

In this way, thin-type display device 1 terminates relative to the assembly of lower buffer component 7, thin-type display device 1 is vertically protected It holds in recess portion 7a, therefore will not fall down or tilt.Next, being fitted into top buffer component 6 on the top of thin-type display device 1 Recess portion, and then cover packing box 103 and using fixture structural unit from the upper side come locking, thus complete bale packing.

In addition, even if packing box 103 is dismantled, and top buffer component 6 is torn open from thin-type display device 1 when opening bundle It unloads, thin-type display device 1 is also held vertically throughout in lower buffer component 7, therefore is unlikely to unintentionally or be tilted.Therefore, energy It is enough safely and easily to dismantle thin-type display device 1 from lower buffer component 7.

As described above, the bag binding mechanism of thin-type display device 1 according to the present embodiment, in the recessed of lower buffer component 7 Portion 7a is fitted into the state of having thin-type display device 1 and compresses the lower lateral-supporting buffer part 18 of carrying handle 4, thus, it is possible to It is held vertically throughout thin-type display device 1.Therefore, when packing or opening bundle, thin-type display device 1 can be prevented because of the weight of itself And the case where tilting or falling down.

Moreover, not having to buffer component 7 to the lower part is added additional padded coaming, and the outer of lower buffer component 7 can be prevented The increase of shape size or the increase of packing box 103 can prevent the increase of transportation cost and inhibit the increase of carrying capacity of environment.

It should be noted that the utility model is not limited to the bale packing of the thin-type display device 1 of above-mentioned embodiment Structure is able to carry out change or displacement appropriate etc. in the range of not departing from the purport of the utility model, these are all contained in The utility model.The variation of the utility model will be illustrated next, but for same or like with above-mentioned embodiment Partially, component is illustrated using same label.

For example, in the above-described embodiment, about the recess portion 7a of lower buffer component 7, what is arranged in lattice shape The wall member of a side in longitudinal wall part 13 and cross wall portion 14, such as 14 incised notch of cross wall portion and form recess portion 7a, but this is practical It is novel not to be limited to such structure.For example, lower buffer component 7 can be shaped generally as rectangular shape, from thereon Surface be in downward groove-like incised notch form recess portion 7a.

It is supported in addition, the bearing buffer part 18 of lower buffer component 7 is connected to carrying with the lower section of handle 4, but It is the front surface that can also be connected to carrying handle 4 and the mode fallen down to avoid thin-type display device 1 supports.

In addition, in the above-described embodiment, the lower end 5 of the main body 1a of thin-type display device 1 via stage portion 5a and Expanding is at heavy wall, therefore the width for the recess portion 7a for keeping the lower part of main body 1a chimeric is provided by the wall thickness dimension of lower end 5, is set as The amount in gap is generated between main body 1a and recess portion 7a at an upper portion thereof.

However, the lower end 5 of wall thickness may not necessarily also be arranged in main body 1a, the width of recess portion 7a can be set as and not had The peripheral part 3b of the same thickness of lower end 5 is substantially same size.Even in this case, due to thin-type display device 1 Main body 1a weight there is also Xiang Yifang roll it is oblique a possibility that.The inclination can be by supporting carrying with handle 4 Bearing buffer part 18 prevent.

It should be noted that the shape of bearing buffer part 18 is not limited to cuboid, used as long as carrying can be supported The shape of handle 4 can use proper shape.

In addition, in the above-described embodiment, as the lower buffer component 7 comprising supporting buffer part 18 or top buffering Component 6 and used foamed styrene, but be not limited to foamed styrene.It is, for example, possible to use corrugated paper or ground paper or The others padded coaming such as synthetic resin material.

In addition, as thin-type display device 1 has been used by bundling body, but it can be other thin products, it can also be with It is non-slim product.Carrying handle is provided with by the protrusion of bundling body to fall down as inhibiting thin-type display device 1 to wait Hand 4, but this can also be replaced in and use a part of the product other than handle as protrusion.

Claims (7)

1. It is to make to be formed by least part of package is chimeric with the recess portion of buffer component 1. a kind of bag binding mechanism by package Bag binding mechanism, which is characterized in that

   It is described to be had by package:

   Expanding portion is arranged in the region chimeric with the recess portion of the buffer component；And

   Protrusion, it is prominent compared to the expanding portion,

   The bearing buffer part for abutting with the protrusion and being supported to it is provided in the buffer component.
2. 2. the bag binding mechanism according to claim 1 by package, wherein

   The protrusion is the carrying handle by package.
3. 3. the bag binding mechanism according to claim 1 or 2 by package, wherein

   Described by package is thin-type display device.
4. 4. the bag binding mechanism according to claim 1 or 2 by package, wherein

   From the expanding portion to it is described bearing buffer part upper surface until height be from the lower end by package to It is more than the height until the protrusion.
5. 5. the bag binding mechanism according to claim 1 or 2 by package, wherein

   The bearing buffer part is approximately cuboid.
6. 6. the bag binding mechanism according to claim 4 by package, wherein

   Described by the lower end of package is the expanding portion for being formed as heavy wall compared with the part of other peripheral parts.
7. 7. a kind of buffer component, be by the buffer component for the bale packing being housed in by least part of package in recess portion, It is characterized in that having:

   Recess portion is fitted into described by the lower part of package, and is had identical with the expanding portion of expansion being arranged in the lower part Width or the width more than it；And

   Support buffer part, setting within the recess, described abutted and propped up it by the protrusion of package with being formed in It holds.