CN206766546U - A kind of paper card packaging structure - Google Patents
A kind of paper card packaging structure Download PDFInfo
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- CN206766546U CN206766546U CN201720435991.5U CN201720435991U CN206766546U CN 206766546 U CN206766546 U CN 206766546U CN 201720435991 U CN201720435991 U CN 201720435991U CN 206766546 U CN206766546 U CN 206766546U
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Abstract
The utility model discloses a kind of paper card packaging structure; for carrying out supporting and protecting to product in packing case; the paper card packaging structure includes the first paper card; for supporting the bottom of the product; first paper card includes bottom surface support and the support of side first; wherein, the support of side first and the bottom surface support are inseparable entirety, and the support of side first side where from least one side of the bottom surface support towards product, which folds, to be formed.Compared to bubble wrap material, the volume of paper card packaging structure of the present utility model can be obviously reduced, and need not make particular manufacturing craft, so that the cost of manufacture of packaging material declines to a great extent, and it is green.
Description
Technical field
It the utility model is related to product packaging technical field, and in particular to a kind of paper card packaging structure.
Background technology
Product (particularly electric type product) generally uses foamed material during transport of dispatching from the factory in packing case
Product is fixed and protected, this can have the shortcomings of packaging volume is larger, packing cost is higher and environment is unfriendly.Wrapping
Fill volume it is larger in the case of, dress cabinet amount during Product transport is relatively low, and then can cause the rise of cost of transportation.Therefore, such as
What changes existing manner of packing, and then it is the problem of each manufacturer needs to consider to reduce cost.For example, for rectangular
The packaging of body or small-sized electric heater (being commonly called as Sunny) product of approximately parallelepiped body shape (can be collectively referred to as class rectangular parallelepiped product), by
It is relatively light in itself in product, it is relatively more feasible to abandon foam based packaging material.However, do not occur structure conjunction also in the prior art
The replacement manner of packing of reason.
Utility model content
Based on above-mentioned present situation, main purpose of the present utility model is to provide a kind of paper card packaging structure, and it can be effective
Ground carries out packaging protection to the class rectangular parallelepiped product such as small-sized electric heater, so as to relative to the manner of packing using foamed material
Packaging volume can be reduced, reduce packing cost.
To achieve the above object, the technical solution adopted in the utility model is as follows：
A kind of paper card packaging structure, for carrying out supporting and protecting, the paper card packaging structure bag to product in packing case
The first paper card is included, for supporting the bottom of the product, first paper card includes bottom surface support and the support of side first,
Wherein, the support of side first and the bottom surface support are inseparable entirety, the support of side first from
At least one side of the bottom surface support folds towards side where product and formed.
Preferably, first paper card also includes bottom surface buffer part, and the bottom surface buffer part is from the bottom surface support
The direction of side folds and formed where at least one side faces away from product.
Preferably, the support of side first include the first side inverted sections that are connected with the bottom surface support and with
The connected second side inverted sections of the first side inverted sections.
Preferably, in a folded configuration, internal face of the first side inverted sections for being bonded packing case, described second
Acute angle is formed between side inverted sections and the first side inverted sections.
Preferably, in a folded configuration, the bottom surface buffer part is vertical with the bottom surface support.
Preferably, first paper card also includes side folding part, and the side folding part is from the bottom surface support
At least one side folds towards side where product and formed.
Preferably, the side folding part occupies a part for the respective side edge of the bottom surface support, the corresponding side
The remainder on side is provided with bottom surface buffer part, and the direction of side folds and formed where the bottom surface buffer part faces away from product.
Preferably, the first perforate is provided with the bottom surface support, for accommodating the raised structures of product bottom.
Preferably, first paper card is formed by corrugated paper, wherein, for forming the folding of the support of side first
Corrugation direction of the line parallel to corrugated paper.
Preferably, the paper card packaging structure also includes the second paper card, for supporting the top of the product, described second
Paper card includes top surface support and the support of side second, wherein, the support of side second is with the top surface support
Inseparable entirety, the support of side second face away from product institute from least one side of the top surface support
Fold and form in the direction of side.
Preferably, the top surface support is included positioned at the first middle top surface supporting section and positioned at the first top surface branch
The second top surface supporting section of section at least one end is held, wherein, between the second top surface supporting section and the first top surface supporting section
It is folded into obtuse angle.
Preferably, the second top surface supporting section is provided with the second perforate, for accommodating the corner at the top of product；
And/or the first top surface supporting section is provided with the 3rd perforate, for accommodating the raised structures at the top of product；
And/or the first top surface supporting section is provided with the 4th perforate, for assembly direction during indicating package.
Preferably, the edge of second perforate is provided with radial cut channel.
Preferably, the support of side second include the 3rd side inverted sections that are connected with the top surface support and with
The 4th connected side inverted sections of the 3rd side inverted sections.
Preferably, in a folded configuration, internal face of the 3rd side inverted sections for being bonded packing case, the described 4th
Acute angle is formed between side inverted sections and the 3rd side inverted sections.
Preferably, second paper card is formed by corrugated paper, wherein, for forming the folding of the support of side second
Corrugation direction of the line parallel to corrugated paper.
When specifically used, the bottom of product can be placed on the support of bottom surface paper card packaging structure of the present utility model,
Product bottom surface is set to contact bottom surface support, and the support of end face first positioned at bottom surface support both ends then can be from end positions
The bottom of place's supporting product, the bottom both ends of product and the inwall of packing case is set to keep suitable distance, it is effective anti-to play
Shield acts on, such as provides the buffer capacity fallen side or the ability of anti-side collision.Compared to bubble wrap material, this reality
It can be obviously reduced with the volume of new paper card packaging structure, and particular manufacturing craft need not be made, so that packaging material
Cost of manufacture decline to a great extent, it is and green.
Brief description of the drawings
Hereinafter with reference to accompanying drawing to being described according to the preferred embodiment of paper card packaging structure of the present utility model.Figure
In：
Fig. 1 is the plane outspread drawing according to a kind of the first paper card of preferred embodiment of the present utility model；
Fig. 2 is the folded state schematic perspective view of Fig. 1 the first paper card；
Fig. 3 is the front view of Fig. 2 the first paper card；
Fig. 4 is the top view of Fig. 2 the first paper card；
Fig. 5 is the left view of Fig. 2 the first paper card；
Fig. 6 is the plane outspread drawing according to a kind of the second paper card of preferred embodiment of the present utility model；
Fig. 7 is the folded state schematic perspective view of Fig. 6 the second paper card；
Fig. 8 is the front view of Fig. 7 the second paper card；
Fig. 9 is the top view of Fig. 7 the second paper card；
Figure 10 is the left view of Fig. 7 the second paper card；
Figure 11 is that the main view when paper card packaging structure of preferred embodiment of the present utility model is in packed state is illustrated
Figure；
Figure 12 is Figure 11 left view；
Figure 13 is Figure 11 decomposition view；
Figure 14 is Figure 13 left view.
Embodiment
Illustrate first, " first ", " second ", " the 3rd ", " have been used in context of the present utility model
Four ", the word such as " the 5th ", " 6th ", its purpose are intended merely to from nominally distinguishing corresponding feature, and do not mean that these are special
Certain inevitable sequence and/or association between sign be present.
For the packaging Problems of the class rectangular parallelepiped product such as small-sized electric heater, the utility model proposes a kind of new paper card bag
Assembling structure, for carrying out supporting and protecting to corresponding product in packing case.In general, needed in packing case in bottom and top
Portion carries out supporting and protecting to product simultaneously, and therefore, paper card packaging structure of the present utility model can include being used in bottom supporting
First paper card of product, it can also include being used for the second paper card in top-supported product, also, both paper cards can be single
Solely use, such as match and use with other kinds of packaging material, both paper cards can also be matched into use together simultaneously.When
So, while using the first paper card and the second paper card can more play advantage of the present utility model, i.e. reduce packaging volume, reduce into
This etc..
Describe the preferred structure of the first paper card and the second paper card in detail individually below.
Referring first to Fig. 1-5, the first paper card 100 in paper card packaging structure of the present utility model is illustrated therein is, this
One paper card 100 is used for the bottom for supporting product.Wherein, first paper card 100 includes bottom surface support 101 and side first
Bearing portion 102, it is respectively used to support the bottom surface and side of product, wherein, first support of side 102 supports with the bottom surface
Portion 101 is inseparable entirety, and first support of side 102 is from least one side of the bottom surface support 101
(being preferably an opposite opposite side) folds towards side (such as upward) where product and formed.
That is, in specific packaging, the bottom of product can be placed on bottom surface support 101, product bottom surface is contacted bottom
Surface bearing portion 101, and the first support of side 102 positioned at 101 at least one side of bottom surface support then can be from sidepiece branch
The bottom of product is held, the side of product bottom and the inwall of packing case is kept suitable distance, is made with playing effective protection
With, such as the buffer capacity fallen side or the ability of anti-side collision are provided.
Compared to bubble wrap material, the volume of the first paper card can be obviously reduced, and need not make particular manufacturing craft,
So that the cost of manufacture of packaging material declines to a great extent, and it is green.
Specifically, in order to form inseparable entirety, first support of side 102 both can be with the bottom surface branch
Bearing portion 101 is formed by one piece of folding cardboard, can also be formed respectively by single cardboard, and is consolidated by the mode such as being bonded, binding
It is scheduled on together.
Preferably, as Figure 1-3, first paper card 100 also includes bottom surface buffer part 103, the bottom surface buffer part
103 (are preferably an opposite opposite side, are more preferably different from setting from least one side of the bottom surface support 101
The side of the first support of side 102) direction (such as downward) that faces away from side where product folds and forms.
Bottom surface buffer part 103 can form certain hanging distance between bottom surface support 101 and packing case bottom surface, from
And the first paper card 100 has the buffer capacity that bottom surface is fallen.
Preferably, as Figure 1-3, first support of side 102 includes what is be connected with the bottom surface support 101
First side inverted sections 104 and the second side inverted sections 105 being connected with the first side inverted sections 104.For example, such as Fig. 1
It is shown, first side crease line 106, second side turnover are provided between first side inverted sections 104 and bottom surface support 101
Second side crease line 107 is provided between section 105 and first side inverted sections 104, can be with so as in specific package handling
Easily along corresponding crease line folding forming.
First side inverted sections 104 and second side inverted sections 105 can form two of triangular structure after folding
Side, so as to which buffer distance and buffering deformability be effectively ensured.
Preferably, in a folded configuration, the first side inverted sections 104 are used for the internal face for being bonded packing case, such as
Perpendicular to bottom surface support 101, and the second side inverted sections 105 are then formed between the first side inverted sections 104
Acute angle, as shown in Figures 2 and 3.
The said structure of the first support of side 102 being capable of especially simplify packaging process, and be easier to ensure that its own
With being bonded for product, it is varied from also being applicable even if the size of product.For example, the first paper card 100 is being put into packing case bottom
Behind portion, during product is put into, because first side inverted sections 104 are bonded the internal face of packing case, and second side
Acute angle is formed between face inverted sections 105 and the first side inverted sections 104, then the bottom surface both ends of product can push away directly down
Second side inverted sections 105 are pressed, until its free margins is crossed the edges at two ends of product and is bonded with the side of product, product then may be used
Vanning take advantage of a situation in place, second side inverted sections 105 then keep fitting production under the resilient force at second side crease line 107
Product side, realize good supporting and defencive function.
Preferably, as shown in Figure 2 and Figure 5, in a folded configuration, the bottom surface buffer part 103 and the bottom surface support
101 is vertical.When actually casing, bottom surface support 101 is parallel to packing case bottom surface, so as to which bottom surface buffer part 103 is substantially hung down
Directly in packing case bottom surface, while it is bonded packing case interior sidewall surface.Therefore, bottom surface buffer part 103 everywhere buffers with identical
Highly.
Specifically, as shown in figure 1, being provided with the 5th side creases line between bottom surface buffer part 103 and bottom surface support 101
108。
The bottom surface buffer part 103 of said structure have the advantages that it is simple in construction, be easy to fold and buffer capacity it is strong.When
So, bottom surface buffer part 103 can also use other structures, such as the same inverted sections for including more than two sections, so as to form three
Angular structure, etc..
Preferably, as Figure 1-3, first paper card 100 also includes side folding part 109, the side folding part
109 (are preferably an opposite opposite side, are more preferably different from setting from least one side of the bottom surface support 101
The side of the first support of side 102) formed towards side (such as upward) folding where product.
When side folding part 109 and bottom surface buffer part 103 are arranged on the same side of bottom surface support 101, side
Face folding part 109 only occupies a part for the side, and bottom surface buffer part 103 then occupies the remainder of the side.
That is, because side folding part 109 is on the same side for setting bottom surface buffer part 103, and its Foldable square
To the folding direction with bottom surface buffer part 103 on the contrary, therefore, side folding part 109 divide into bottom surface buffer part 103 spaced apart
More than two sections, be preferably divided into symmetrical two sections, i.e. side folding part 109 is preferably occupy at the intermediate point of respective side edge.
Specifically, as shown in figure 1, being provided with the 6th side creases line between side folding part 109 and bottom surface support 101
110。
When actually casing, side folding part 109 can be bonded packaging box wall, good so as to be risen to the first paper card 100
Good guide effect.
Preferably, the first perforate 111 is provided with the bottom surface support 101, for accommodating the projection of product bottom
Structure.For example, for electric heater class product, bottom would generally set the switch that falls down to the ground, so as in use because of accident
Being capable of timely disconnecting circuit when falling down to the ground.First perforate 111 can effectively avoid the switch that falls down to the ground.Certainly, for be packaged
Situation without bottom raised structures on product, first perforate 111 can omit.
Preferably, first paper card 100 is formed by corrugated paper, wherein, for forming first support of side 102
Each fold line (such as first side crease line 106 and second side crease line 107) parallel to the corrugation direction of corrugated paper, such as scheme
Shown in 1.
For the fold line parallel to corrugation direction, often only need to set folding line, compared with easy-formation when specifically folding.
And for the fold line perpendicular to corrugation direction and longer dimension, such as the 5th side creases line 108, only set folding line often inconvenient
In folding forming, particularly in the case of the width of bottom surface buffer part 103 is less, therefore, the 5th side creases line 108 is preferably set
Pin hole line is set to, to ensure foldable formed efficiency and quality.
Referring to Fig. 6-10, the second paper card 200 in paper card packaging structure of the present utility model, second paper illustrated therein is
Card 200 is used for the top for supporting product.Wherein, second paper card 200 includes top surface support 201 and the support of side second
202, wherein, second support of side 202 and the top surface support 201 are inseparable entirety, the side the
Two supports 202 face away from producing from least one side of the top surface support 201 (being preferably opposite a pair of sidewalls)
The direction (such as upward) of side folds and formed where product.
That is, in specific packaging, the second paper card 200 is placed on the top of product, makes the contact top surface supporting of product top surface
Portion 201, and the second support 202 positioned at 201 at least one side edge of top surface support then can support product from sidepiece
Top, the inwall of the side at the top of product and packing case is kept suitable distance, to play effective protective action, such as carry
The buffer capacity or the ability of anti-side collision fallen for side.
Compared to bubble wrap material, the volume of the second paper card can similarly be obviously reduced, and again without system
Make particular manufacturing craft, so that the cost of manufacture of packaging material declines to a great extent, and it is green.
Specifically, in order to form inseparable entirety, second support of side 202 both can be with the top surface branch
Bearing portion 201 is formed by one piece of folding cardboard, can also be formed respectively by single cardboard, and is consolidated by the mode such as being bonded, binding
It is scheduled on together.
Preferably, as Figure 7-9, the top surface support 201 is included positioned at the middle He of the first top surface supporting section 203
Positioned at the second top surface supporting section 204 of the first top surface supporting section 203 at least one end (be preferably both ends), wherein, described the
Obtuse angle is folded between two top surface supporting sections 204 and the first top surface supporting section 203, is correspondingly provided with folding line therebetween
Line.
By the cooperation of obtuse-angulate first top surface supporting section 203 and the second top surface supporting section 204 each other, can realize pair
Preferable supporting positioning at the top of product.For example, for small-sized electric heater class product, because its shape is on the basis of cuboid
In the presence of certain taper (profile is in tower), bottom section product is big compared with top cross-section product, therefore using the top surface branch of said structure
Bearing portion 201 can preferably support the top surface of product and the corner at top both ends.
Preferably, as shown in Fig. 6,7 and 9, the second top surface supporting section 204 is provided with the second perforate 205, for holding
The corner (being preferably the corners at top both ends) received at the top of product.That is, in order to ensure the second top surface supporting section 204 to product top
The supporting in the corner in portion is reliable, the corner at the top of product can be embedded in the second perforate 205, so as to all around four
At the top of individual direction upper limit fixed output quota product.
Preferably, as shown in Fig. 6,7 and 9, the edge of second perforate 205 is provided with radial cut channel 206.These cut channels
206 make it that, as embedded amount becomes larger, the second perforate 205 can when the corresponding site of product is embedded in the second perforate 205
To form flange, its perforated area is become big and is adapted to the shape and size of the corresponding site of product, on the other hand this
A little flange can also be with certain dynamics jointing product surface, and so as to form more structurally sound supporting positioning, protective effect is stronger.
It is contemplated that the size and shape of the second perforate 205 can be with the sizes and shape of product bottom corner
Shape and be configured.
Preferably, as shown in Fig. 6,7 and 9, the first top surface supporting section 203 is provided with the 3rd perforate 207, for holding
The raised structures received at the top of product.For example, for the products such as small-sized electric heater, should when top surface is provided with switching knob
3rd perforate 207 can effectively avoid the switching knob.
Preferably, the first top surface supporting section 203 is provided with the 4th perforate 208, such as the hole of circular hole or other shapes
Deng for assembly direction during indicating package.Because product to be packaged there may be the asymmetric characteristic of fore-and-aft direction, because
This, second perforate 205, the 3rd perforate 207 on the second paper card 200 etc. may deviate from the center line of fore-and-aft direction, therefore, be
Reduce maloperation during actual vanning, the 4th perforate 208 can be set, for example, be disposed at close to forward edge or after
The opening position of lateral edges, so that operating personnel can indicate once to assemble successfully according to the assembling, improve efficiency of assembling.
Preferably, as shown in figs 6-8, second support of side 202 is included with the top surface support 201 (preferably
For the second top surface supporting section 204 therein) connected the 3rd side inverted sections 209 and with the phase of the 3rd side inverted sections 209
The 4th side inverted sections 210 even.For example, as shown in fig. 6, between the 3rd side inverted sections 209 and the second top surface supporting section 204
The 3rd side creases line 211 is provided with, the 4th side is provided between the 4th side inverted sections 210 and the 3rd side inverted sections 209
Face crease line 212, so that in specific package handling, can be easily along corresponding crease line folding forming.
3rd side inverted sections 209 and the 4th side inverted sections 210 can form two of triangular structure after folding
Side, so as to which buffer distance and buffering deformability be effectively ensured.
Preferably, in a folded configuration, the 3rd side inverted sections 209 are used for the internal face for being bonded packing case, described
Acute angle is formed between 4th side inverted sections 210 and the 3rd side inverted sections 209, as shown in Figure 7 and Figure 8.Specifically filling
During case, the corner positions of product are pressed into after the 3rd side inverted sections 209 and the folding of the 4th side inverted sections 210, while positioned at bag
The top both ends of vanning, the side wall for the packing case that can recline simultaneously and the top wall surface against packing case, and supported in the first top surface
Cushion space is provided between section 203 and packing case top surface, so as to strengthen the second paper card 200 fixation of itself, and is provided certain
Buffer capacity.
Preferably, second paper card 200 is formed by corrugated paper, wherein, for forming second support of side 202
Fold line (such as the 3rd side creases line 211 and the 4th side creases line 212) and for formed the second top surface supporting section 204
Crease line each parallel to corrugated paper corrugation direction, as shown in Figure 6.
Paper card packaging structure of the present utility model can be substantially reduced packaging volume, reduce packing cost, have operation letter
Just the advantages that, material is few, green, it can be used for various lighter in weight, the packaging for the product that profile is similar to cuboid is transported
Defeated, packaging is safe and reliable.
On the basis of above-mentioned work, the utility model additionally provides a kind of product packaging method, and it is new using this practicality
The paper card packaging structure provided before type is packed, and including step：
S10, by the folding forming of the first paper card 100, and be put into packing case bottom；
S20, the packaged box top opening of product is put into packing case so that product bottom is by first paper card 100
Supporting.Meanwhile such as power line can also be put well, be put into the accessories such as specification.
Preferably, when first paper card 100 includes bottom surface buffer part 103,
Step S10 specific operation process can have two ways, such as：
First paper card 100 is fully folded as type, and the open top of packaged case or bottom opening are put into packing case bottom
Portion；
Or by each several part folding forming on the first paper card 100 in addition to bottom surface buffer part 103, and packaged case
Bottom opening be put into packing case so that the unfolded backstop of bottom surface buffer part 103 is in the bottom opening edge of packing case, court
Into case, direction presses the reverse side of the bottom surface support 101 of the first paper card 100, complete while the first paper card 100 is pressed into case
Into the folding of bottom surface buffer part 103.This mode of operation is compared to the mode of operation that the first paper card 100 is fully folded as to type, energy
Enough significantly improve boxing efficiency.
Preferably, when the paper card packaging structure includes the second paper card 200, the packing method is after step S20
Also include step：
S30, by the folding forming of the second paper card 200, and packaged box top opening is put into packing case so that at the top of product
Supported by second paper card 200.Joint sealing can then be completed.
Paper card packaging structure of the present utility model is described in detail for packing the production of electric heater class in conjunction with Figure 11-14 below
Operating process during product.
As an example, the profile of product 300 is turriform, and bottom area is big compared with topside area, and global approximation is cuboid；Knot
It is symmetrical on structure, front and rear asymmetry；Fore shell 301 and rear shell 302 are moulding, and switching knob is protruded at the top of product
303, the switch 304 that falls down to the ground is protruded in product bottom surface, in addition, product bottom surface is substantially planar, without other larger areas
Prominent features.Preferable packaging process is as follows：
S10, prepare the first paper card first.It can carry out as follows：1. according to the first side crease line 106 in Fig. 1
The first support of side 102 is folded inwardly into type with second side crease line 107；2. according to the 6th side creases in Fig. 1
Side folding part 109 is folded inwardly into type by line 110；3. bottom surface is buffered according to four group of the 5th side creases line 108 in Fig. 1
Portion 103 is foldable outwardly shaping；4. the first paper card completes shaping, packing case bottom is put it into.
Process aspect, with reference to practical set process, it is contemplated that the convenience that bottom surface buffer part 103 is molded, can be in step
2. after the completion of 1., hold the first support of side 102 and first paper card is overturn 180 °, be put into packing case bottom opening, use casing
Bottom side support four group of the 5th side creases line 108, then the first paper card 100 is pressed directly into case with palm, then enters
Row bottom joint sealing.
S20, after the first paper card 100 to be loaded to packing case and bottom joint sealing, be put into product 300.When being put into product 300
It can be put into from top to bottom with the handle aperture of handheld products 300, the bottom of product 300 is touching the side first of the first paper card 100
During support 102 (the first support of side 102 forming step 1. in pre-folded), can naturally by the support of side first
102 are depressed into end-state, as depicted in figs. 11-12.
Wherein, the effect of the first perforate 111 of the first paper card 100 is that the switch 304 that falls down to the ground is avoided.First paper card
The effect of 100 four groups of bottom surface buffer parts 103 is that bottom surface support 101 and packing case bottom are separated into a determining deviation, is formed outstanding
Hollow structure, play structure cushioning effect.The effect of the first support of side 102 of first paper card 100 is a left side for fixed product 300
Right direction, and buffer structure is formed together with the second support of side 202 of the second paper card 200, when by side pair
Product has certain protective effect.
S30, it is being put into product 300 and then is preparing the second paper card 200.It can carry out as follows：1. distinguish assembling side
To the 4th perforate 208 (superposed small sircle hole) in wherein Fig. 6 correspond to the rear shell of product 300；2. according to being leaned in Fig. 6
A pair of crease lines at nearly middle part are by the folded outwards of the second top surface supporting section 204；3. according to the 3rd side creases line 211 in Fig. 6
The second support of side 202 is folded inwardly into type with the 4th side creases line 212；4. both hands are respectively held a side second and supported
Portion 202 is put into packing case from top to bottom.
Schematic diagram after the assembling of second paper card 200 is shown in Figure 11-12, and Figure 13-14 show dress in a manner of exploded view
State after matching somebody with somebody.
Wherein, when the second paper card 200 assembles, the corner of left and right two on the top of product 300 can be inserted in the second perforate 205,
Play the position-limiting action to the top of product 300 all around four direction；It is left that the second support of side 202 should insert product 300
At right both sides；3rd perforate 207 is assembled at switching knob 303, plays avoidance effect.
First paper card 100, the second paper card 200 and product 300 can carry out joint sealing after the completion of being assembled according to above step, whole
Machine packing operation is completed.
When needing to take out product 300, such as after client takes the product of Packing Sound, only the second paper card need to be taken out
200, it is possible to take out product 300.
In the specific implementation, the first paper card 100, the second paper card 200 size can be according to the profile maximum chi of product 300
Very little regulation.
To sum up, paper card packaging structure of the present utility model takes full advantage of the knot of paper card by folding cardboard structure design
Structure shock-absorbing capacity, on the premise of product dropping impact property and packaging protection reliability is ensured, packing cost can be reduced, is contracted
Inner wrapping volume, lift product packaging benefit.
By taking electric heater product as an example, pass through the structure design of paper card packaging structure, on the premise of ensureing to pack effect, section
About resource, efficiently solves the problem of packaging material cost is high, volume is big, dress cabinet amount is few, while by non-degradable material
As foamed plastic EPS is substituted for ep-type material (paper), meet the development trend of green package.
Wherein, the electric heater product of certain model replaces with paper card of the present utility model by bubble wrap in packaging and packed
Afterwards, packaging material cost and dress cabinet amount both sides change information are as follows：
(1) packaging material cost is reduced to 5.425 yuan/case by 7.625 yuan/case, reduces 2.2 yuan, declines close to 30%；
(2) fill cabinet amount (40HQ) and 1728pcs, lifting 36.7% are promoted to by 1264pcs.
It can be seen that the decline of cost and the lifting of dress cabinet amount are extremely considerable.
For those skilled in the art it is easily understood that on the premise of not conflicting, above-mentioned each preferred scheme can be free
Ground combination, superposition.
It should be appreciated that above-mentioned embodiment is only illustrative, and not restrictive, without departing from of the present utility model
In the case of general principle, those skilled in the art can be directed to the various obvious or equivalent modification that above-mentioned details is made
Or replace, all it is included in right of the present utility model.
Claims (16)
- A kind of 1. paper card packaging structure, for carrying out supporting and protecting to product in packing case, it is characterised in that the paper card bag Assembling structure includes the first paper card, and for supporting the bottom of the product, first paper card includes bottom surface support and side the One support, wherein, the support of side first and the bottom surface support are inseparable entirety, the side first Support side where from least one side of the bottom surface support towards product, which folds, to be formed.
- 2. paper card packaging structure according to claim 1, it is characterised in that first paper card also includes bottom surface and buffered Portion, the bottom surface buffer part from least one side of the bottom surface support face away from side where product direction fold and Into.
- 3. paper card packaging structure according to claim 1, it is characterised in that the support of side first include with it is described The connected first side inverted sections of bottom surface support and the second side inverted sections being connected with the first side inverted sections.
- 4. paper card packaging structure according to claim 3, it is characterised in that in a folded configuration, the first side is turned over Trisection is used for the internal face for being bonded packing case, is formed between the second side inverted sections and the first side inverted sections sharp Angle.
- 5. paper card packaging structure according to claim 2, it is characterised in that in a folded configuration, the bottom surface buffer part It is vertical with the bottom surface support.
- 6. paper card packaging structure according to claim 1, it is characterised in that first paper card also includes side and folded Portion, side folding part side where from least one side of the bottom surface support towards product, which folds, to be formed.
- 7. paper card packaging structure according to claim 6, it is characterised in that the side folding part occupies the bottom surface branch A part for the respective side edge of bearing portion, the remainder of the respective side edge are provided with bottom surface buffer part, the bottom surface buffer part The direction of side folds and formed where facing away from product.
- 8. paper card packaging structure according to claim 1, it is characterised in that be provided with first on the bottom surface support and open Hole, for accommodating the raised structures of product bottom.
- 9. the paper card packaging structure according to one of claim 1-8, it is characterised in that first paper card is by corrugated paper shape Into, wherein, for forming the extending parallel of the support of side first in the corrugation direction of corrugated paper.
- 10. paper card packaging structure according to claim 1, it is characterised in that the paper card packaging structure also includes second Paper card, for supporting the top of the product, second paper card includes top surface support and the support of side second, wherein, The support of side second and the top surface support are inseparable entirety, and the support of side second is from the top The direction of side folds and formed where at least one side in surface bearing portion faces away from product.
- 11. paper card packaging structure according to claim 10, it is characterised in that the top surface support is included positioned at centre The first top surface supporting section and the second top surface supporting section positioned at the first top surface supporting section at least one end, wherein, described Obtuse angle is folded between two top surface supporting sections and the first top surface supporting section.
- 12. paper card packaging structure according to claim 11, it is characterised in that the second top surface supporting section is provided with the Two perforates, for accommodating the corner at the top of product；And/or the first top surface supporting section is provided with the 3rd perforate, for accommodating the raised structures at the top of product；And/or the first top surface supporting section is provided with the 4th perforate, for assembly direction during indicating package.
- 13. paper card packaging structure according to claim 12, it is characterised in that the edge of second perforate is provided with radiation Shape cut channel.
- 14. paper card packaging structure according to claim 10, it is characterised in that the support of side second includes and institute State the 3rd connected side inverted sections of top surface support and the 4th side inverted sections being connected with the 3rd side inverted sections.
- 15. paper card packaging structure according to claim 14, it is characterised in that in a folded configuration, the 3rd side Inverted sections are used for the internal face for being bonded packing case, are formed between the 4th side inverted sections and the 3rd side inverted sections sharp Angle.
- 16. the paper card packaging structure according to one of claim 10-15, it is characterised in that second paper card is by corrugation Paper is formed, wherein, for forming the extending parallel of the support of side second in the corrugation direction of corrugated paper.
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| CN201720435991.5U CN206766546U (en) | 2017-04-24 | 2017-04-24 | A kind of paper card packaging structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107140277A (en) * | 2017-04-24 | 2017-09-08 | 珠海格力电器股份有限公司 | A kind of paper card packaging structure and product packaging method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107140277A (en) * | 2017-04-24 | 2017-09-08 | 珠海格力电器股份有限公司 | A kind of paper card packaging structure and product packaging method |
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