The utility model content
In view of this, main purpose of the present utility model is to provide a kind of antidetonation carton, can improve the antidetonation compressive property of carton under the prerequisite of economic environmental protection.
For achieving the above object, the technical solution of the utility model specifically is achieved in that
A kind of antidetonation carton comprises:
Form and have the case shell of upper and lower opening by four side walls enclose, the last lower edge of its four sidewall has respectively can be with upper and lower opening leak free rolling cover;
It is characterized in that this antidetonation carton also comprises:
Place the first cross absorbing pad in the described case shell, have by four absorbing pads and surround the rectangular enclosure that forms with upper and lower opening face, and the adjacent side square crossing of per two adjacent absorbing pads and form in the outside of four jiaos of rectangular enclosures cross so that have predetermined gap between four absorbing pads and case shell four sidewalls.
Preferably, this antidetonation carton further comprises: place the second cross absorbing pad in the described first cross absorbing pad rectangular enclosure;
The second cross absorbing pad is by pegging graft to a plurality of cross more than two absorbing pads, in order to cut apart the rectangular enclosure that the described first cross absorbing pad forms.
Preferably, this antidetonation carton further comprises: the first independent absorbing pad and the second independent absorbing pad;
The first independent absorbing pad is filled in the both sides predetermined gap parallel between the first cross absorbing pad and the case shell side wall;
The second independent absorbing pad is filled in the both sides predetermined gap in addition of not filling the first independent absorbing pad between the first cross absorbing pad and the case shell side wall;
And the described case shell side wall of the second independent absorbing pad place side further is provided with the carrying port of rectangle.
Preferably, further comprise the 3rd independent absorbing pad between the under shed of the under shed face of the described first cross absorbing pad and described case shell;
The described the 3rd independent absorbing pad forms by the multi-disc absorbing pad is overlapping, and its area equals the area that case shell four side walls enclose form.
Preferably, further comprise the 4th independent absorbing pad between the upper shed of the upper shed face of the described first cross absorbing pad and described case shell,
The described the 4th independent absorbing pad forms by the multi-disc absorbing pad is overlapping, and its area equals the area that case shell four side walls enclose form.
In the above-mentioned antidetonation carton, described first, second, third, fourth independent absorbing pad is honeycomb cardboard or multi-wall corrugated board.
As seen from the above technical solutions, the utility model provides a kind of antidetonation carton, and what the outside that the first cross absorbing pad is four jiaos formed is cross to the support of case hull shape one-tenth, has improved the antidetonation compressive property of carton.
Further, the second cross absorbing pad can become to support in the rectangular enclosure of cutting apart the formation of the first cross absorbing pad to the case hull shape, further improve the antidetonation compressive property of carton; The first independent absorbing pad and the second independent absorbing pad are filled in the gap between the first cross absorbing pad and the case shell respectively, the 3rd independent absorbing pad and the 4th independent absorbing pad are filled in the under shed and the upper shed of the first cross absorbing pad and case shell respectively, can improve the compressive property of carton; Case shell, the first cross absorbing pad, the second cross absorbing pad, the first independent absorbing pad, the second independent absorbing pad, the 3rd independent absorbing pad and the 4th independent absorbing pad of forming the antidetonation carton are honeycomb cardboard or multi-wall corrugated board, not only light, and can be recycled economic environmental protection; Antidetonation carton of the present utility model adopts the mode fixing or that connect and fix of pegging graft more, and the process of utilizing independent absorbing pad to fill is simple, has saved packing time and packing time; Carrying port at the case shell side wall makes this carton convenient in carrying.
The specific embodiment
For make the purpose of this utility model, technical scheme, and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the utility model is further described.
The utility model provides a kind of antidetonation carton, comprising: form and have the case shell of upper and lower opening by four side walls enclose, the last lower edge of its four sidewall has respectively can be with upper and lower opening leak free rolling cover; This antidetonation carton also comprises: place the first cross absorbing pad in the described case shell, have by four absorbing pads and surround the rectangular enclosure that forms with upper and lower opening face, and the adjacent side square crossing of per two adjacent absorbing pads and form in the outside of four jiaos of rectangular enclosures cross so that have predetermined gap between four absorbing pads and case shell four sidewalls.
Fig. 1 does not add the structural representation of the 4th independent absorbing pad for the utility model antidetonation carton.Fig. 2 a~Fig. 2 d is four views that the utility model antidetonation carton does not add the 4th independent absorbing pad, and wherein Fig. 2 a is a front view, and Fig. 2 b is a left view, and Fig. 2 c is a right elevation, and Fig. 2 d is a birds-eye view.Fig. 3 is the structural representation after the utility model antidetonation carton splits.Now in conjunction with Fig. 1, Fig. 2 and Fig. 3, the structure of the utility model antidetonation carton is described, specific as follows:
The utility model antidetonation carton comprises case shell 101, the first cross absorbing pad 103, the second cross absorbing pad, 104, first independent absorbing pad 105, second independent absorbing pad the 106, the 3rd independent absorbing pad 102 and the 4th independent absorbing pad 107.
Case shell 101 is formed by four side walls enclose, and has upper and lower opening; The last lower edge of four sidewalls of case shell 101 has respectively can be with upper and lower opening leak free rolling cover.Four sidewalls of case shell 101 are divided into two groups of sidewalls, and every group of sidewall comprises two parallel side walls, and adjacent two side is orthogonal.The upper shed of case shell 101 is formed by the upper limb of four sidewalls, and under shed is formed by the lower edge of four sidewalls.The last lower edge of case shell 101 4 sidewalls has respectively can be with case shell 101 upper and lower opening leak free rolling covers 1011, and rolling cover 1011 areas of parallel sidewall edge equate in case shell 101 4 sidewalls, and the area of the rolling cover 1011 of the sidewall edge that case shell 101 is parallel equals 1/2nd of case shell 101 aperture areas.The rolling cover 1011 of case shell 101 4 sidewall lower edges is sealed to a closed plane, as the bottom surface of case shell 101.Has a rectangular aperture respectively as carrying port 1012 on the parallel two side in four sidewalls of case shell 101.
The first cross absorbing pad 103 has the rectangular enclosure with upper and lower opening face that is formed by four absorbing pads encirclements, and the adjacent side square crossing of per two adjacent absorbing pads and form in the outside of four jiaos of rectangular enclosures cross so that have predetermined gap between four absorbing pads and case shell 101 4 sidewalls; The rectangular enclosure that the first cross absorbing pad 103 places case shell 101 4 side walls enclose to form.When the thickness of predetermined gap was for the adjacent side square crossing of two adjacent absorbing pads forming the first cross absorbing pad 103 between four absorbing pads of the first cross absorbing pad 103 and case shell 101 4 sidewalls, a slice absorbing pad protruded the length of the adjacent absorbing pad of perpendicular intersection.The cavity that the first cross absorbing pad 103 forms case shell 101 4 side walls enclose is divided into predetermined gap between four absorbing pads of the rectangular enclosure that the first cross absorbing pad 103 is surrounded as and the first cross absorbing pad 103 and case shell 101 4 sidewalls.
The second cross absorbing pad 104 is by pegging graft to a plurality of cross more than two absorbing pads, in order to cut apart the rectangular enclosure that the first cross absorbing pad 103 forms; The second cross absorbing pad 104 also can be in order to support four absorbing pads that the first cross absorbing pad 103 forms rectangular enclosures in the rectangular enclosure of cutting apart 103 formation of the first cross absorbing pad.The second cross absorbing pad 104 inserts 103 4 absorbing pads of the first cross absorbing pad and surrounds the rectangular enclosure that forms; The second cross absorbing pad 103 is divided into the rectangular enclosure of the first cross absorbing pad 103 more than 4 grid that area is identical, has increased the number of the cross absorbing pad that is intersected to form by two absorbing pads that provides support under the equal area, has improved compressive property.If the second cross absorbing pad 104 comprises two and pegs graft into a cross absorbing pad, then the second cross absorbing pad 104, rectangular enclosure that the first cross absorbing pad 103 is surrounded as is divided into 4 grid that area is identical; If the second cross absorbing pad 104 comprises three and pegs graft into two cross absorbing pads, then the second cross absorbing pad 104, rectangular enclosure that the first cross absorbing pad 103 is surrounded as is divided into 6 grid that area is identical; If the second cross absorbing pad 104 comprises four and pegs graft into four cross absorbing pads, then the second cross absorbing pad 104, rectangular enclosure that the first cross absorbing pad 103 is surrounded as is divided into 9 grid that area is identical.What the second cross absorbing pad 104 comprised is cross many more, the second cross absorbing pad 104 cuts apart the rectangular enclosure that the first cross absorbing pad 103 is surrounded as and the number of the grid that forms is many more, and the area of each grid is more little, the number of the cross absorbing pad that is intersected to form by two absorbing pads that then provides support under the equal area is many more, and the compressive property of chest is strong more.Adopt among the embodiment of the present utility model to comprise two second cross absorbing pads 104 of pegging graft into cross absorbing pad, the size of the cavity that can form according to case shell 101 and the concrete size of the article that carton holds are determined absorbing pad that the second cross absorbing pad 104 comprises and the cross number of pegging graft.
The first independent absorbing pad 105 forms by the multi-disc absorbing pad is overlapping, and its thickness equals between the first cross absorbing pad 103 and case shell 101 sidewalls the width in predetermined gap.In the multi-disc absorbing pad of the first independent absorbing pad 105 in the length of each sheet absorbing pad and four absorbing pads forming the first cross absorbing pad 103 distance between parallel two absorbing pads equate.Comprising 105, two first independent absorbing pads 105 of two first independent absorbing pads among the embodiment of the utility model antidetonation carton is filled in respectively in the both sides predetermined gap parallel between the first cross absorbing pad 103 and case shell 101 sidewalls.
The second independent absorbing pad 106 forms by the multi-disc absorbing pad is overlapping, and its thickness equals between the first cross absorbing pad 103 and case shell 101 sidewalls the width in predetermined gap.The utility model antidetonation carton comprises four second independent absorbing pads 106, one group in twos of four second independent absorbing pad 106, every group two second independent absorbing pads 106 are filled in respectively in the both sides predetermined gap in addition of not filling the first independent absorbing pad between the first cross absorbing pad 103 and case shell 101 sidewalls, and the position between case shell 101 sidewalls of two second independent absorbing pad 106 place sides of this group offers carrying port 1012, so that leave certain interval between the carrying port 1012 and the first cross absorbing pad 103, the convenient both hands carton that stretches into above-mentioned gap by carrying port 1012.
The 3rd independent absorbing pad 102 forms by the multi-disc absorbing pad is overlapping, between case shell 101 bottom surfaces that the rolling cover of the under shed face of the rectangular enclosure that 103 4 absorbing pads of the first cross absorbing pad form and case shell 101 4 sidewall lower edges is sealed to, its area equals the rectangular enclosure area of case shell 101 4 side walls enclose one-tenth.
The 4th independent absorbing pad 107 forms by the multi-disc absorbing pad is overlapping, between the upper shed face and 101 upper sheds of case shell of the rectangular enclosure that 103 4 absorbing pads of the first cross absorbing pad form, its area equals the rectangular enclosure area that case shell 101 4 side walls enclose form.
It is cross that the mode of four absorbing pads forming the first cross absorbing pad 103 in the utility model antidetonation carton by square crossing forms in the rectangular enclosure outside that these four absorbing pads are surrounded as, strengthened supporting capacity, improved the antidetonation compressive property of antidetonation carton the antidetonation carton.Comprise a plurality of second cross cross absorbing pads 104 that form by the absorbing pad grafting and insert the rectangular enclosure that the first cross absorbing pad 103 is surrounded as, increased the number of the cross absorbing pad that intersects to form by two absorbing pads that provides support under the equal area, can support chest effectively, improve the compressive property of chest.The first independent absorbing pad 105 and the second independent absorbing pad 106 that are filled in the first cross absorbing pad 103 and 101 predetermined gaps of case shell can effectively slow down from the impulsive force of the exterior application force of case shell 101 sidewalls to article in the case, simultaneously can play certain supporting role, further improve the antidetonation compressive property of carton sidewall; The 3rd independent absorbing pad between the first cross absorbing pad 103 and case shell 101 bottom surfaces and the 4th independent absorbing pad 107 that is positioned at the first cross absorbing pad, 103 upper shed faces and 101 upper sheds of case shell slowed down issue from case shell 101 outsides and above application force to the impact of case article, improved the antidetonation compressive property of carton bottom.
In the above-mentioned preferred embodiment of the present utility model, case shell 101 parallel two sides have rectangle carrying port 1012; If four sidewalls of case shell 101 all have carrying port 1012, then this antidetonation carton only comprises eight second independent absorbing pads 106, one group in twos of eight second independent absorbing pad 106, every group two second independent absorbing pads 106 are filled in respectively in the predetermined gap between the first cross absorbing pad 103 and case shell 101 sidewalls, and case shell 101 sidewalls between two second independent absorbing pads 106 of this group offer carrying port 1012; If four sidewalls of case shell 101 do not have carrying port 1012, then this antidetonation carton only comprises four first independent absorbing pads 103, and each first independent absorbing pad 103 is filled between the first cross absorbing pad 103 and case shell 101 sidewalls in the predetermined gap.
Case shell 101, the first cross absorbing pad 103, the second cross absorbing pad, 104, first independent absorbing pad 105, second independent absorbing pad the 106, the 3rd independent absorbing pad 102 and the 4th independent absorbing pad 107 in the utility model antidetonation carton can be honeycomb cardboard, also can be multi-wall corrugated board.
The foregoing description of the utility model antidetonation carton is a preferred embodiment, and the quantity of the first independent absorbing pad 105 that the antidetonation carton comprises is not limited to two, the quantity of the second independent absorbing pad 106 and also is not limited to four and be not limited to one group in twos.
In the foregoing description of the present utility model, case shell 101, the first cross absorbing pad 103, the second cross absorbing pad, 104, first independent absorbing pad 105, second independent absorbing pad the 106, the 3rd independent absorbing pad 102 and the 4th independent absorbing pad 107 of forming the antidetonation carton are honeycomb cardboard or multi-wall corrugated board, not only light, and can be recycled economic environmental protection.Antidetonation carton of the present utility model adopts the mode fixing or that connect and fix of pegging graft morely, and the process of utilizing independent absorbing pad to fill is simple, has saved the packing time; And the compact conformation of this antidetonation carton has been saved packing, has reduced cost.
In sum, be preferred embodiment of the present utility model more than, be not to be used for limiting protection domain of the present utility model.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 protection domain of the present utility model.