CN2913237Y

CN2913237Y - Buffer cell for package

Info

Publication number: CN2913237Y
Application number: CNU2005201427195U
Authority: CN
Inventors: 河玉子
Original assignee: TIANJIN SANGONG PACKING PRODUCT CO Ltd
Current assignee: TIANJIN SANGONG PACKING PRODUCT CO Ltd
Priority date: 2005-10-05
Filing date: 2005-12-02
Publication date: 2007-06-20
Anticipated expiration: 2015-12-02
Also published as: KR200409775Y1

Abstract

To provide a packaging apparatus capable of withstanding loading weight and vibration/drop impact applied during distribution. The packaging apparatus comprises a box with an open top, in which a package is housed, and buffer members, which are placed at the bottom of either one pair of opposite side walls of the box, respectively, to support the package in the box. Each buffer material has a honeycomb construction comprising upper and lower paperboards between which almost vertical hollow cell walls are formed, and each buffer material is arranged to make the hollow cell wall surfaces almost perpendicular to the bottom of the box.

Description

The packaging buffer cell

Technical field

The utility model relates to a kind of packaging buffer cell, more refer in detail to and a kind ofly do not impact weak part and contact with the opposings such as screen of telltale, thereby make external impact directly not convey to screen, can improve buffering effect, and can prevent the packaging buffer cell of scraping when carrying.

Background technology

When on packing chest, depositing article, deposit article after, between article and other article or may form the space of vacancy between article and the packing chest.The space of such vacancy can be produced by the shape of packed article, when taking in plural packed article, can be produced by the placement or the difference in size of packed article.

As mentioned above, the article that hold in the packing chest that comprises the vacancy space may be impaired owing to collide thereby can move freely in chest; When exterior impact was transmitted, this impact was not delivered on the article with cushioning, thereby the breakage and the fault of article may take place in transportation.In addition, chest may subside or be out of shape owing to be subjected to external force such as loading, and is difficult thereby the keeping of chest and stacking become.

Thus, the packaging buffer cell is used to fill up the vacancy space in the packing chest, perhaps is used to be clipped in protect chest between the article and be contained in the interior article of this chest.The current packaging buffer cell uses the expanded polystyrene of foamed materials usually.

Fig. 1 is used to illustrate the block diagram of current packaging with buffer cell.

With reference to Fig. 1, current packaging is made of expanded polystyrene with buffer cell 10, and is corresponding with packing materials such as DVD player or video player 20, forms the groove that holds its one side.

Two buffer cells 10 cover packing material 20 two ends respectively, and buffer cell 10 and packing material 20 are incorporated in the chest.

But the packaging buffer cell by expanded polystyrene constitutes is not easy keeping behind the article of Kaifeng, and therefore, major part is taken as rubbish and throws away; In case and after the moulding, thereby becoming the state that can not regenerate is difficult to utilize again, the polystyrene possibility contaminated environment of placing or burning.

In addition, current packaging is with the material of buffer cell, use be synthetic resin and honeycomb cardboard, CORRUPAD, cardboard etc.At this, when using synthetic resin, have package design easily, quality has stability, cheap, advantage that resiliency is outstanding.But, have following shortcoming: when burning, produce hazardous substance; When landfill, thereby can not decompose contaminated environment, be difficult to utilize again.When using honeycomb cardboard, CORRUPAD,, has the shortcoming that capacity rating is low, physical distribution expenses is too high in the Fabrication procedure though resiliency is good relatively.

Also have, adopt the packaging buffer cell of the structure that crooked cardboard makes, when the weight of target object is big, the impulsive force that is delivered to the packaging buffer cell is bigger, to cause the part distortion or the integral body of packaging buffer cell to be subsided, thereby can not play the effect of packaging buffer cell, moreover, be difficult to keep self constructing of packaging buffer cell.Thus, external impact is passed on the article, may suffer big loss economically.

Also have, existing packaging buffer cell uses adhesives that the corrugation paperboard is shaped, but pastes again after smearing the adhesives certain hour again, and production efficiency is low.If use adhesives in a large number, the possibility that effluxion stick portion of a specified duration more separates is high more for a long time, and needs the dry time, can produce smell and increase job procedure, causes production efficiency low and increased productive costs.

Also having a problem is exactly for the accessory with cracky LCD screens such as LCD display or PDP, and packaging buffer cell and LCD screen direct contact are carried or when being subjected to impacting, screen may be swiped, and the impact meeting is directly passed on.That is, the LCD screen of LCD display impacts weak part for opposing, and is if directly accept impact, higher than the possibility of other part breakages.

The utility model content

Therefore, for addressing the above problem, the purpose of this utility model is to provide a kind of and contacts the support product frame, opposing such as contact screen is not impacted weak part, made external impact directly not convey to screen, and reduces the packaging buffer cell that the possibility of scraping takes place in the handling process.

Another purpose of the present utility model is to provide a kind of environmental protection, makes the packaging buffer cell that increases buffering effect when simply enhancing productivity.

Another purpose of the present utility model be to provide a kind of do not use adhesives in conjunction with, have stable structure and can reduce the packaging buffer cell of manufacturing cost.

For reaching above-mentioned the purpose of this utility model, according to preferred embodiment of the present utility model, combined by the packed article that frame surrounds with screens such as TV or telltales this, slow down in the packaging buffer cell of external impact, above-mentioned packaging buffer cell is in order to form the space that bend into that can insert above-mentioned packed article, folding its limit end that makes of one side of packaging buffer cell is combined the inner side plate of formation with base plate, folding its limit end that makes of the side in addition of above-mentioned packaging buffer cell is combined formation and opposed of above-mentioned inner side plate with above-mentioned base plate, when combining with packaged body, the face depression that is equivalent to above-mentioned screen, do not contact with above-mentioned screen, support and the above-mentioned frame that contacts above-mentioned packed article.

In addition, has combined hole on the base plate of above-mentioned packaging buffer cell, has inner reinforcement unit, this reinforcement unit, inside and above-mentioned packaging buffer cell form respectively, be inserted into above-mentioned combined hole with a side of above-mentioned packaging buffer cell is folding, be inserted into above-mentioned combined hole and form the space that bend into that combines with above-mentioned packed article the opposite side of above-mentioned packaging buffer body is folding, an above-mentioned side-facing depressions that bend into the space forms ladder and supports and the frame that contacts above-mentioned packed article.

The face that is equivalent to above-mentioned screen and caves inward forms its both sides and is partly fractureed and the crooked stay bearing plate that bend into, and the above-mentioned preferred vertical curve to the inside of stay bearing plate that bend into contacts support and supports above-mentioned concave face with the exterior face of packaging buffer cell.Above-mentioned packaging buffer cell, preferably after a lateral surface part is fractureed to the inside vertical direction be folded to form certain space, can place necessary parts.

Also comprise and place the above-mentioned reinforcement parts that bend into the two sides in space, above-mentioned reinforcement parts are wrapped a part of face and are accommodated in its inside by above-mentioned packaging buffer cell.Above-mentioned reinforcement parts roughly are hexahedral shape, and one side in the side and bottom surface are open shape.In addition, above-mentioned reinforcement parts have base plate, place long hexahedron and length respectively than the short short hexahedron of above-mentioned long hexahedron on above-mentioned base plate, the connecting panel vertical folding that will be connected with above-mentioned base plate can contact support with the hexahedral one side of above-mentioned weak point separately with above-mentioned long hexahedron.At this moment above-mentioned connecting panel is " T " font, and above-mentioned reinforcement parts combine with the side of above-mentioned packaging buffer cell, and is outstanding to the outside for making above-mentioned reinforcement parts, the part of packaging buffer body fractureed and crooked.

Above-mentioned inner reinforcement unit and vertical direction are folding and above-mentioned lateral surface that form certain space contacts, and are preferably formed

Shape, a plurality of corrugation paperboards of above-mentioned inner reinforcement unit lamination and constituting.

The packaging buffer cell that constitutes uses environmental-protecting material and makes simply like this, can enhance productivity.In addition, owing to do not use adhesives in the process of assembling packaging buffer cell, the assembling process facility, the indicator screen that buffer cell is not weak with resisting impact etc. partly contacts, and external impact is not directly passed on to screen, can improve buffering effect.In addition, utilize reinforcement parts or side reinforcement parts, weak part is impacted in the Strengthenable opposing, stably holds packed article.

Description of drawings

Fig. 1 is the block diagram of traditional packaging buffer cell.

Fig. 2 is the block diagram that the global shape of packaging buffer cell of the present utility model is shown.

Fig. 3 illustrates the block diagram that bend into structure of the present utility model.

Fig. 4 is an expansion drawing of the present utility model.

Fig. 5 is the block diagram that the shape in the assembling process of the present utility model is shown.

Fig. 6 is the block diagram that another shape in the assembling process of the present utility model is shown.

Fig. 7 is the block diagram that another shape in the assembling process of the present utility model is shown.

Fig. 8 is the block diagram that the shape that telltale combines with the packaging buffer cell is shown.

Fig. 9 is the block diagram that the reinforcement parts of the utility model second embodiment are shown.

Figure 10 is the expansion drawing that the reinforcement parts of the utility model second embodiment are shown.

Figure 11 is the block diagram in conjunction with shape that the reinforcement parts of the utility model second embodiment are shown.

Figure 12 is the block diagram that the side reinforcement parts of the utility model the 3rd embodiment are shown.

Figure 13 is the expansion drawing that the side reinforcement parts of the utility model the 3rd embodiment are shown.

Figure 14 is the block diagram in conjunction with shape that the side reinforcement parts of the utility model the 3rd embodiment are shown.

The specific embodiment

Describe preferred embodiment of the present utility model with reference to the accompanying drawings in detail, but the utility model do not limit to or be defined in for embodiment in.

Embodiment 1

Fig. 2 is the integrally-built block diagram that packaging buffer cell of the present utility model is shown, and Fig. 3 illustrates the sectional axonometric drawing that bend into structure of the present utility model.

Utilize 2 packaging buffer cells 100 of symmetric shape, the space 148 that bend into of packaging buffer cell 100 is combined with the two sides of products such as telltale.This packaging buffer cell 100 is the quadrangular shape totally, form buffering body 101, it is made of 6 faces, be respectively: comprise having the face that insertion needs second upper plate 141 that bend into space 148 of buffer product, comprise with above-mentioned second upper plate 141 be connected, face that the outside forms second side plate 140 of step (step), with above-mentioned second upper plate, 141 opposed base plates 110,, be formed on the 3rd side plate 160 and the 4th side plate 170 of two sides with above-mentioned second side plate, 140 opposed first side plates 120.

Below, characteristic of the present utility model is described.

A part that forms above-mentioned second side plate 140 forms step (step) to inner recess.That is, in second side plate 140, the part that the outside bend into plate 145 is fractureed and vertical direction is folding to the inside, forms certain space.The outside bend into plate 145 bendings, so expose to the two sides direction that the outside bend into plate 145 inner space 147, is bent in the plate 145 formed spaces by inner space 147 and outside at this, can place parts such as remote controller.In inner space 147, insert

The reinforcement unit, inside 200 (aftermentioned) of shape.

First upper plate 137 outside second upper plate 141 and second upper plate 141, the 3rd upper plate 162 and the 4th upper plate 172 form same.What formation can be inserted buffer product in the middle of this bend into space 148, will be described herein after a while this.The 3rd upper plate 162 inserts that sheet 163 is inserted in second upper plate 141 and combination by upper plate; The same manner, the 4th upper plate 172 also insert that sheet 173 is inserted in second upper plate and combination by upper plate.The 3rd upper plate 162 is connected with the 3rd side plate 160, and the 4th upper plate 172 is connected with the 4th side plate 170.

What this packaging buffer cell 100 had an axle that can insert need buffer products such as telltale bend into space 148.As shown in Figure 2, bending into space 148 is meant by internal backplane 143, the 3rd, 4 inner side plates 162,172, first and bend into the space that side plate 130, inner side plate 142 are surrounded.The above-mentioned structure that bend into comprises that bending into the upper plate 133 and second that bend into that side plate 130 is bent to form by first bend into side plate 135, bend into upper plate 133 and bend into side plate 130 direction bending laterally vertically with above-mentioned first, forms stratum.Promptly first bend into side plate 130 and second and bend into side plate 135 and form different step (step) highly mutually.The back will be described in detail herein, simply say earlier: be for making the telltale made by LCD etc. or screen of TV set not bend into side plate 130 and contact, make telltale frame etc. and second to bend into side plate 135 to contact and support the step that forms, prevent that external impact from conveying to the screen of cracky with first.

Form in above-mentioned first both sides that bend into side plate 130 and to bend into side plate 136, above-mentioned first bend into side plate 130 and bend into upper plate 133 and bend into to form between the side plate 136 and bend into stay bearing plate 131.An above-mentioned part that bend into stay bearing plate 131 vertical curve to the inside that fractureed contacts with first side panel 120.Because of the above-mentioned stay bearing plate 131 contact supports first routine panel 120 that bend into, so play the effect that bend into side plate 136 of supporting.Promptly, form tangent line 138 through the border of the above-mentioned above-mentioned central portion that bend into side plate 136 and above-mentioned buffer body 101, with above-mentioned tangent line 138 is the boundary, and central portion connects the broken line 139 and the corresponding formation with the border of above-mentioned screen of above-mentioned tangent line 138 of the internal edge of above-mentioned tangent line 138 to inner recess.

Above-mentioned tangent line 138 bloats to the inside, form the P font, by above-mentioned tangent line 138 limit be positioned at above-mentioned first bend into side plate 130 the inboard bend into stay bearing plate 131, above-mentioned to bend into stay bearing plate 131 crooked and support the outer wall of above-mentioned buffer body to the outer wall of above-mentioned buffer body, and support is brought in by two of the above-mentioned middle body of depression in the above-mentioned end that bend into stay bearing plate 131.

Below, with expansion drawing internal structure of the present utility model is described.Fig. 4 is an expansion drawing of the present utility model.

As shown in the figure, packaging buffer cell 100 is formed by paper material, assembles by corrugation paperboard that constitutes one etc. is folding, does not use adhesives.Therefore can reduce needed time of bonding program and manpower, reduce operation, enhance productivity, reduce cost of production.

Packaging buffer cell 100 inserts inner reinforcement unit 200 in inside, inner reinforcement unit 200 can be folded to form by several corrugation paperboards.In inner reinforcement unit 200, be formed for inserting the insertion mouth 210 of the insertion section 144 of internal backplane 143.Below, describe assembling procedure in detail.

At first, as shown in Figure 5, will The reinforcement unit, inside 200 of shape is placed on the base plate 110, but makes it not interfere the outside to bend into plate 145, and with second side plate, 140 folding settings, this moment, the outside roughly centre portion that bend into plate 145 folded to the inside.Second upper plate 141 forms upper side from second side plate, 140 vertical foldings, from second upper plate 141 inner side plate 142 is formed private side to the equidirectional vertical folding and faces the wall and meditates.To with the folding opposite sense folded interior base plate 143 of inner side plate 142 so that it contacts with inner reinforcement unit 200.The insertion section 144 of internal backplane 143 is inserted in the insertion mouth 210 of inner reinforcement unit 200 at this moment.

Below, as shown in Figure 6, with first side plate 120 and base plate 110 vertical foldings, equally with first upper plate 137, bend into side plate 136 to the equidirectional vertical folding.Like this, first upper plate forms upper side, and first side plate 120 forms exterior lateral sides, bend into side plate 136 and forms inner side.This moment will bend into stay bearing plate 131 to the inside vertical folding contact with the inside face of first side plate 120.As mentioned above, bend into the part that side plate 130 contacts and be cut off, can be folded into the inside face of first side plate 120 and contact owing to bend into stay bearing plate and first.

Become with bending into floding at boundary that upper plate 133 and first bend into side plate 130 that to bend into side plate 130 with first opposite with the direction that first upper plate 137 folds, to bend into floding at boundary that upper plate 133 and second bend into side plate 135 again and become that to bend into the folding direction of side plate 130 and first upper plate 137 with first identical, and make to bend into upper plate 133 formation steps.And the insertion mouth 210 that will be inserted into inner reinforcement unit 200 in second insertion section 132 that bend into formation on the side plate 135 is fixed.At this moment, snyed plate 134 is vertical folding to the inside, can't see from the outside.

Below, as shown in Figure 7 that auxiliary side plates 150 is folding, the auxiliary side plates tabs is also to the folding involution side of equidirectional.Above auxiliary side plates 150, behind the 3rd side plate 160 vertical foldings,, respectively the 3rd inner side plate 164 and side plate are inserted the sheet vertical folding to equidirectional with the 3rd upper plate 162 vertical foldings.After folding like this, side plate inserts sheet 165 and contacts with internal backplane 143.Then, upper plate is inserted sheet 163 bendings, combine, the 3rd side plate is inserted plate 161 bendings, combine with the 3rd side plate patchhole with tabs patchhole 149 on being formed on second upper plate 141.

Identical therewith, after earlier opposite side auxiliary side plates 180 being folded, insert sheet 175 with folding the 4th side plate 170 of the same manner, the 4th upper plate the 172, the 4th inner side plate 174 and side plate thereon.And, use the same manner, side plate is inserted sheet 175 combine with tabs patchhole 149, the 4th side plate is inserted sheet 171 combine with the 4th side plate patchhole 183.

Below, the mode that products such as the packaging buffer cell 100 that so constitutes and telltale combine is described.Fig. 8 illustrates the block diagram that the packaging buffer cell combines with telltale.As shown in the figure, in having 2 packaging buffer cells 100 of correspondingly-shaped, insert the both sides of telltale 50.

At this moment, what the side of telltale 50 was inserted into packaging buffer cell 100 bend into space 148, telltale frame 51 contact packing bend into side plate with second of buffer cell 100, second bend into side plate and first bend into side plate formation stratum, therefore, indicator screen 52 and first bend into side plate and does not contact.Generally speaking, indicator screen 52 is formed by frangible material such as LCD, therefore, is used to prevent that buckles directly conveys to screen 52 when being subjected to external impact.

Packaging buffer cell 100 bend into side plate with telltale 50 by second and contacts support with telltale frame 51, when external impact takes place when, though directly pass on impact to the telltale frame 51 that forms by plastics or iron, but owing to directly do not convey to screen 51, therefore, has the effect that prevents product breakage.

Embodiment 2

As shown in the figure, above-mentioned reinforcement parts 300 are roughly 6 shapes, upper side is covered with upper plate 310, the side is respectively first side plate 320, second side plate 330 and the 3rd side plate 340, but the side between first side plate 320 and second side plate 330 is by opening, and with above-mentioned upper plate 310 opposed bottom surface also by opening, above-mentioned the 3rd side plate 340 is not an oblong but trapezoidal.Therefore width is more and more narrow owing to the shape of the 3rd side plate 340 to downside by upside.

Such reinforcement parts 300 are used to insert the packaging buffer cell and improve buffering effect, and at first the manufacture method from it begins explanation.

Figure 10 is the expansion drawing that illustrates according to the reinforcement parts of second embodiment of the present utility model.At first, with the border vertical folding of upper plate 310,, form the state of upper plate 310 and inner panel 360 mutual isologues again with the border vertical folding of snyed plate 350 with inner panel 360 with snyed plate 350.At this moment, be formed on and be inserted into combined hole 315 in conjunction with projection 365 on the inner panel 360.

Then, with vertical folding between first side plate 320 and first board 325, with vertical folding between second side plate 330 and second board 335.Then, with vertical folding between first side plate 320 and the 3rd side plate 340,, first board 325 and second board 335 are entered between upper plate 310 and the inner panel 360 with vertical folding between second side plate 330 and the 3rd side plate 340.Above-mentioned upper plate 310 and inner panel 360 mutual isologues form the space of snyed plate 350 length scale therebetween, go into first board 325 and second board 335 at this spatial interpolation.

Figure 11 is the block diagram in conjunction with shape that the reinforcement parts of second embodiment of the present utility model are shown.

As shown in the figure, above-mentioned reinforcement parts 300 are inserted into the bottom of the 4th upper plate 172, and promptly between internal backplane 143 and the 4th upper plate 172, the mode of insertion is, the upper plate 310 that makes reinforcement parts 300 upwards makes the 3rd side plate 340 to the inside.Insert like this, the impact that is applied on the side can be absorbed by reinforcement parts 300.Reinforcement parts 300 have taper wide at the top and narrow at the bottom as previously mentioned, can absorb impact more effectively.

Embodiment 3

Figure 12 is the block diagram that the reinforcement unit, side of the utility model the 3rd embodiment is shown.

As shown in the figure, above-mentioned side reinforcement parts 400 provide base plate 410, form long hexahedron 420 and short hexahedron 430 on above-mentioned base plate 410.Above-mentioned long hexahedron 420 and short hexahedron 430 are fixing by connecting panel 440, above-mentioned connecting panel 440 with Shape vertical direction on base plate 410 is folding, joins with the second long side plate 422 of long hexahedron 420, second short side plate 432 of lacking hexahedron 430 and is fixed.And the insertion section 426 of the 3rd long side plate 423 and the insertion section 436 of the 3rd short side plate 433 are inserted into the combined hole 415 that is formed on the base plate 410.

This side reinforcement parts 400 are inserted into the side of packaging buffer cell, improve buffering effect, and at first the manufacture method from it begins explanation.

Figure 13 is the expansion drawing that the reinforcement parts of the utility model the 3rd embodiment are shown.At first, the big gusset 425 of folding long side, and folding the 4th long side plate 424 make boundary line face between big gusset 425 contact second long side plates 422 of long side and the 3rd long side plate 423.Then, the boundary line face between vertical folding second long side plate 422 and the 3rd long side plate 423 is between the vertical folding first long side plate 421 and the second long side plate 422.And, between vertical folding first long side plate 421 and the base plate 410, finish long hexahedron 420.At this moment, the combined hole 415 that sheet 426 is inserted into base plate 410 will be inserted.

With the folding short hexahedron 430 of the same manner.In the time of the big gusset of folding short side 435, folding the 4th short side plate 434 makes the boundary line face between big gusset 435 contact second short side plates 432 of short side and the 3rd short side plate 433, then between the boundary line face between vertical folding second short side plate 432 and the 3rd short side plate 433 and first short side plate 431 and second short side plate 432.Then, between vertical folding first short side plate 431 and the base plate 410, make and insert the combined hole 415 that sheet 436 is inserted into base plate 410, finish short hexahedron 430.

Afterwards, the connecting panel 440 of vertical folding " T " font makes to contact with second short side plate 432 with the second long side plate 422 and be fixed.The side reinforcement parts of finishing 400 are inserted into the side of packaging buffer cell, and its shape as shown in figure 14.

As shown in the figure, side reinforcement parts 400 are inserted into the inboard of the 3rd side plate 160 and auxiliary side plates 150.At this moment, long hexahedron 420 upwards (that is, first and second upper plates, 137,141 directions) is placed, and short hexahedron 430 downward (that is base plate 110 directions) is placed.

Make connecting panel 440 in conjunction with the time be inserted into inner space 147 without let or hindrance.At this moment, inner side plate 142 fractures to the direction of inserting for the long hexahedron 420 that makes side reinforcement parts 400 can insert with its width with short hexahedron 430, makes side reinforcement parts 400 outstanding to the outside.That is, after 400 insertions of side reinforcement parts, auxiliary side plates 150 and the 3rd side plate 160 are not given prominence to also can be shut.Insert the impact that reinforcement part, side part 400 absorbs from the side like this, can improve buffering effect.

This packaging buffer cell uses the environmental-protecting material manufacturing, and method for making is simple, has the advantages that to enhance productivity.

And, not using adhesives in the process of assembling packaging buffer cell, assembling process is convenient and can reduce manufacturing cost, the keeping of according to circumstances it can being disintegrated fully, convenient transportation and keeping.

And the weak part of opposing impact capacities such as packaging buffer cell and indicator screen does not contact, and directly impact is not conveyed to screen when being subjected to external impact, can improve buffering effect, has the effect of scraping when preventing to carry.

And, according to embodiment of the present utility model, use reinforcement parts or side reinforcement parts, make the most weak part of opposing impact capacity obtain reinforcement, the packed article of can packing into restfully.

The above is a preferred embodiment of the present utility model only, is not limited to the utility model, and for a person skilled in the art, the utility model can have various changes and variation.All within spirit of the present utility model and principle, any modification of being done, be equal to replacement, improvement etc., all should be included within the claim scope of the present utility model.

Symbol description

100: packing buffer cell 110: base plate

Side plate bent into side plate at 130: the first in 120: the first

131: bend into gripper shoe 132: the insertion section

150: auxiliary side plates 151: the auxiliary side plates tabs

174: the four inner side plates 200: inner reinforcement unit

210: patchhole 300: the reinforcement parts

320: 325: the first boards of first case plate

400: side reinforcement parts 410: base plate

415: combined hole 420: long hexahedron

Claims

1. packaging buffer cell; be used to protect read out instrument; described read out instrument comprises screen and the frame of protecting described screen periphery; it is characterized in that; described packaging buffer cell comprises the buffer body of quadrangular shape; one side at described buffer body provides the space that bend into that can partly hold described read out instrument; the described space that bend into is by prolonging and the inside side plate of isologue and bend into side plate mutually to inside from the one side of described buffer body; and the base plate that is positioned at described inner side plate and bend into the end of side plate limits, and describedly bend into the middle body depression of side plate and only supports the frame of described read out instrument.

2. packaging buffer cell according to claim 1, it is characterized in that, be formed with tangent line through the described border that bend into the described middle body of side plate and described buffer body, with described tangent line is the border, described middle body is to inner recess, and the broken line and the described tangent line of internal edge that connects described tangent line is corresponding with the border of described screen.

3. packaging buffer cell according to claim 2, it is characterized in that, described tangent line bloats to the inboard, form the P font, by described tangent line limit be positioned at described first bend into side plate the inboard bend into stay bearing plate, it is described that to bend into stay bearing plate crooked and support the outer wall of described buffer body, the described two end supports that bend into the end of stay bearing plate by the described middle body of depression to the outer wall of described buffer body.

4. packaging buffer cell according to claim 1 is characterized in that, also comprises the reinforcement unit, inside that is positioned on the described base plate, and described inner side plate and the described end of side plate that bend into combine with combined hole in being formed on described inner reinforcement unit.

5. packaging buffer cell according to claim 1 is characterized in that, also comprises being positioned over the described reinforcement parts that bend into the two sides in space, and described reinforcement parts are encased the part face and are contained in its inside by the slow middle unit of described packaging.

6. packaging buffer cell according to claim 5 is characterized in that, described benefit

Strong parts comprise:

The upper plate of rectangular shape;

Be connected on the described upper plate, have the 3rd side plate of combined hole;

Be connected each first side plate and second side plate of the two sides of described the 3rd side plate;

Be connected to first board and second board of described first side plate and second side plate;

Be connected the snyed plate of described upper plate; And

Inner panel, its have be inserted into described combined hole in conjunction with projection, and be connected described snyed plate,

Described upper plate, snyed plate and inner panel vertical folding describedly are inserted into described combined hole in conjunction with projection, and first side plate and second side plate are folded, and described first board and second board are inserted between described upper plate and the described inner panel through folding.

7. packaging buffer cell according to claim 6 is characterized in that, described the 3rd side plate is trapezoidal.

8. packaging buffer cell according to claim 6, it is characterized in that, described reinforcement parts have base plate, on described base plate, place long hexahedron and length respectively than the short short hexahedron of described long hexahedron, with described base plate bonded assembly connecting panel by vertical folding, so that contact support with described long hexahedron with short hexahedral one side respectively.

9. a packaging buffer cell is used to protect read out instrument, and described read out instrument comprises screen and the frame of protecting described screen periphery, it is characterized in that described packaging buffer cell comprises:

The reinforcement unit, inside that comprises patchhole; And

Buffer body, described buffer body have the space that bend into that can hold read out instrument;

Wherein, the described space that bend into is limited by the base plate and the outer wall parts that support described inner reinforcement unit, and described outer wall parts comprise:

First outside wall portions comprises from a rib of base plate and begins the side plate that bend into that bonded assembly first side plate, first upper plate, first successively bend into side plate and be formed with the insertion section that is inserted into described patchhole; And

Second outside wall portions comprises and begins bonded assembly outside successively from another rib of described base plate and bend into plate, second side plate, second upper plate, inner side plate and be formed with the internal backplane of side insertion section in addition that is inserted into described patchhole,

Described first outside wall portions and described second outside wall portions are by vertical folding, and described insertion section and described side insertion section in addition are inserted into described patchhole, and described first bend into side plate caves in to the inside, only supports the frame of described read out instrument.

10. packaging buffer cell according to claim 9, it is characterized in that, after the part that described outside bend into the boundary line of plate is fractureed to the inside vertical folding form certain space, described inner reinforcement unit forms " ㄈ " shape, contacts to bend into three of plates with described outside.

11. packaging buffer cell according to claim 9 is characterized in that, described inner reinforcement unit is stacked a plurality of corrugation paperboard and constituting.

12. packaging buffer cell according to claim 9 is characterized in that, also comprises being placed on the described reinforcement parts that bend into the two sides in space, described reinforcement parts are encased the part face and are contained in its inside by described packaging buffer cell.

13. packaging buffer cell according to claim 12 is characterized in that, described reinforcement parts comprise:

The upper plate of rectangular shape;

Be connected on the described upper plate, and have the 3rd side plate of combined hole;

Be connected first side plate and second side plate of the two sides of described the 3rd side plate;

Be connected the snyed plate on the described upper plate; And

Have be inserted into described combined hole in conjunction with projection, and with described snyed plate bonded assembly inner panel,

Wherein, described upper plate, snyed plate and inner panel are by vertical folding, describedly be inserted into described combined hole in conjunction with projection, first side plate and second side plate are folded, and described first board and second board are inserted between described upper plate and the described inner panel through folding.

14. packaging buffer cell according to claim 12 is characterized in that, described the 3rd side plate is trapezoidal.

15. packaging buffer cell according to claim 12, it is characterized in that, described reinforcement parts have base plate, on described base plate, place long hexahedron and length respectively than the short short hexahedron of described long hexahedron, with described base plate bonded assembly connecting panel by vertical folding, so that contact support with described long hexahedron with short hexahedral one side respectively.

16. packaging buffer cell according to claim 15 is characterized in that, described connecting panel is " T " font.

17. packaging buffer cell according to claim 15 is characterized in that described reinforcement parts are combined in the side of described packaging buffer cell, the part of packaging buffer cell is fractureed and is crooked, so that described reinforcement parts are not outstanding to the outside.