CN102417063B - The container of Sum decomposition can be assembled - Google Patents
The container of Sum decomposition can be assembled Download PDFInfo
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- CN102417063B CN102417063B CN201110213140.3A CN201110213140A CN102417063B CN 102417063 B CN102417063 B CN 102417063B CN 201110213140 A CN201110213140 A CN 201110213140A CN 102417063 B CN102417063 B CN 102417063B
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- longwell
- container
- shortwall
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Abstract
A kind of container can assembling Sum decomposition, the two ends vertical edges of the wall components (2) of a side is formed the lengthwise connecting part (2b) substantially vertical relative to the tabular plate portion (2a) of the wall components of a side, and, on above-mentioned lengthwise connecting part, be formed with the chimeric space (A1) defining open chimeric space (A2), below, when having linked wall components (3) of the wall components (2) of a side and the opposing party, the vertical component effect (3e2) of the chimeric block parts (3e) that the wall components of the opposing party is formed is fitted together to the interior chimeric space formed of the lengthwise spatial portion of the lengthwise connecting part of the wall components of a side.Thus, even if the load in the direction making the wall components of a side be separated with the wall components of the opposing party is applied on the wall components of a side or the wall components of the opposing party, the wall components of a side also can be prevented to be separated with the wall components of the opposing party.
Description
Technical field
The present invention relates to a kind of container can assembling Sum decomposition, this container can assembling Sum decomposition can be assembled and be decomposed by the container assembled.
Background technology
Patent documentation 1 discloses the container of following structure, and this container, in order to increase the height of indissoluble container body, loads the top frame of square tube shape.
Patent documentation 1: Japanese Patent Publication 3-26129 publication
In container disclosed in above-mentioned patent documentation 1, this container body itself can not carry out assembling or decomposing.
Summary of the invention
The object of the invention is to solve the problem existing for said vesse main body.
The container can assembling Sum decomposition of the present invention, be made up of the parts of two wall components of 1 bottom parts, a side and two wall components of the opposing party, further, by by the wall components of the wall components of one, described the opposing party and described bottom parts interconnected, thus be assembled into box, and, by from the state being assembled into box, by the wall components of one, wall components and the bottom parts of described the opposing party decompose respectively, thus be decomposed into described 1 bottom parts, two wall components of one and two wall components of described the opposing party, in addition, in the two ends vertical edges of the wall components of one, be formed with the lengthwise connecting part substantially vertical relative to the tabular plate portion of the wall components of one, and, described lengthwise connecting part is formed the chimeric space being formed as open chimeric space, below, when the wall components of the wall components linking one and described the opposing party, the vertical component effect of the described chimeric block parts that the wall components of described the opposing party is formed is embedded in the described fitting portion in the lengthwise spatial portion of the lengthwise connecting part of the wall components being formed in one.
Owing to forming by two wall components of 1 bottom parts, a side and two wall components of the opposing party the container can assembling Sum decomposition, so can at short notice and easily carry out assembling and the decomposition of the container can assembling Sum decomposition, and, compare the storage space can assembling Sum decomposition container of the state after assembling, significantly can reduce the storage space of the parts after decomposition.
In addition, owing to the two ends vertical edges of the wall components a side defining the lengthwise connecting part substantially vertical relative to the tabular plate portion of the wall components of a side, so intensity and the rigidity of the wall components of a side can be improved, and, intensity and the rigidity of the container can assembling Sum decomposition self being assembled into box can be improved, therefore, the torsional deflection can assembling the container of Sum decomposition being assembled into box can be prevented.
In addition, due to when having linked the wall components of the wall components of a side and the opposing party, the vertical component effect of the chimeric block parts that the wall components of the opposing party is formed is fitted in the chimeric space that formed in the lengthwise spatial portion of the lengthwise connecting part of the wall components a side, so, even if the load on the direction making the wall components of a side be separated with the wall components of the opposing party is applied on the wall components of a side or the wall components of the opposing party, the wall components of a side also can be prevented to be separated with the wall components of the opposing party.
Accompanying drawing explanation
Fig. 1 is the block diagram can assembling the assembled state of the container of Sum decomposition of the present invention.
Fig. 2 forms the block diagram can assembling the bottom parts of the container of Sum decomposition of the present invention.
Fig. 3 is the enlarged partial isometric view of the bottom parts shown in Fig. 2.
Fig. 4 forms the block diagram can assembling the longwell parts of the container of Sum decomposition of the present invention.
Fig. 5 is all and forms the block diagram can assembling the longwell parts of the container of Sum decomposition of the present invention.
Fig. 6 is the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Fig. 7 is all the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Fig. 8 is all the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Fig. 9 is all the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Figure 10 is all the enlarged partial isometric view comprising a part of vertical cross-section of the parts of longwell shown in Fig. 4.
Figure 11 is all the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Figure 12 is all the enlarged partial isometric view of the parts of longwell shown in Fig. 4.
Figure 13 is all the enlarged partial isometric view comprising a part of vertical cross-section of the parts of longwell shown in Fig. 4.
Figure 14 forms the block diagram can assembling the shortwall parts of the container of Sum decomposition of the present invention.
Figure 15 is all and forms the block diagram can assembling the shortwall parts of the container of Sum decomposition of the present invention.
Figure 16 can assemble the longwell parts of the assembling sequence of the container of Sum decomposition and the block diagram of shortwall parts for illustration of of the present invention.
Figure 17 can assemble the longwell parts of the assembling sequence of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts for illustration of of the present invention.
Figure 18 is all and can assembles the longwell parts of the assembling sequence of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts for illustration of of the present invention.
Figure 19 is all and can assembles the longwell parts of the assembling sequence of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts for illustration of of the present invention.
Figure 20 is all and can assembles the longwell parts of the assembling sequence of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts for illustration of of the present invention.
Figure 21 forms the block diagram can assembling the container body of the container of Sum decomposition of the present invention.
Figure 22 forms of the present inventionly can assemble the container body of the container of Sum decomposition and the block diagram of bottom parts.
Figure 23 forms the partial enlargement vertical cross-section diagram can assembling the container body of the container of Sum decomposition and the chimerism of bottom parts of the present invention.
Figure 24 is all and forms the partial enlargement vertical cross-section diagram can assembling the container body of the container of Sum decomposition and the chimerism of bottom parts of the present invention.
Figure 25 forms of the present inventionly can assemble the longwell parts of other embodiments of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts.
Figure 26 forms of the present inventionly can assemble the longwell parts of another other embodiments of the container of Sum decomposition and the enlarged partial isometric view of shortwall parts.
Figure 27 is the enlarged partial isometric view of the state that the longwell parts shown in Figure 26 and shortwall parts are connected.
Figure 28 forms the enlarged partial isometric view can assembling the bottom parts of other embodiments another of the container of Sum decomposition of the present invention.
Figure 29 forms the enlarged partial isometric view can assembling the longwell parts of other embodiments another of the container of Sum decomposition of the present invention.
Figure 30 is the partial enlargement vertical cross-section diagram forming the state that the bottom parts of other other embodiments another and longwell parts are connected.
Figure 31 is the partial enlargement vertical cross-section diagram of the longwell parts forming other embodiments another.
Figure 32 is the partial enlargement vertical cross-section diagram of the shortwall parts forming other embodiments another.
Figure 33 is the block diagram can assembling the container of Sum decomposition of the present invention forming other other embodiments another.
Figure 34 is the vertical cross-section diagram can assembling the longwell parts of the container of Sum decomposition of the present invention shown in Figure 33.
Figure 35 is the enlarged partial isometric view can assembling the bottom parts of the container of Sum decomposition of the present invention forming other other embodiments another.
Nomenclature
A2 is fitted together to space
B1 chimeric block parts
B1 elastic tongue piece
B2 elastic tongue piece guard block
C1 can assemble the container of Sum decomposition
C1 ' container body
1 bottom parts
1g gomphosis part
2 longwell parts
2b lengthwise connecting part
2b5 horizontal division plate portion
2b6 vertical plate
2b7 horizontal plate
3 shortwall parts
3e chimeric block parts
3e1 horizontal part
3e2 vertical component effect
Detailed description of the invention
Below, embodiments of the invention are described, but only otherwise exceed purport of the present invention, are not limited to embodiments of the invention.
In Fig. 1, C1 is the container (hereinafter referred to as container) can assembling Sum decomposition, and container C 1 is made up of with relative shortwall parts 3 bottom parts 1, relative longwell parts 2.
Then, Fig. 2 and Fig. 3 is utilized to be described bottom parts 1.
It is roughly rectangular base plate 1a and the surrounding wall portion 1b erectting setting at the periphery of base plate 1a and base plate 1a integratedly that bottom parts 1 has aspect, and surrounding wall portion 1b is made up of with the minor face perisporium 1b2 erectting setting on the relative short leg of base plate 1a the long limit perisporium 1b1 erectting setting on the relative long leg of base plate 1a.In addition, in the present embodiment, the recess 1a2 that base plate 1a is general square shape by the dull and stereotyped 1a1 forming base plate 1a and the aspect that makes dull and stereotyped 1a1 cave in downwards and formed is formed.In addition, sidewall 1a2 ' and the long limit perisporium 1b1 of a relative side of recess 1a2 configure substantially in parallel, and, the sidewall 1a2 of relative the opposing party of recess 1a2 " configure substantially in parallel with minor face perisporium 1b2.
The all shape upper end horizontal flanges 1c extended in outward direction from upper end are formed in the upper end of surrounding wall portion 1b, and, at the lower end of surrounding wall portion 1b, form all shape bottom horizontal flanges 1d extended in outward direction.Further, 4 bight 1c1 of all shape upper end horizontal flanges 1c and 4 bight 1d1 of all shape bottom horizontal flanges 1d, are linked by band plate-like bight vertical rib 1e.In addition, the line part 1c2 of all shape upper end horizontal flanges 1c and the line part 1d2 of all shape bottom horizontal flanges 1d is also linked by vertical rib 1f between the bight of the tabular of right quantity.In the present embodiment, between bight, vertical rib 1f is formed by middle strap 1f1, upper triangular portion 1f2 and lower triangle portion 1f3, described upper triangular portion 1f2 is formed at the corner portion of the upper end of middle strap 1f1 and the lower surface of all shape upper end horizontal flanges 1c, and described lower triangle portion 1f3 is formed at the corner portion of the lower end of middle strap 1f1 and the upper surface of all shape lower end horizontal flanges 1d.
On the line part 1c2 of all shape upper end horizontal flanges 1c, be formed with gomphosis part 1g across predetermined distance.Gomphosis part 1g is by embedded hole 1g1, relative side plate 1g2, and space bar portion 1g4 is formed, described embedded hole 1g1 is arranged in the line part 1c2 of all shape upper end horizontal flanges 1c, described relative side plate 1g2 is vertically arranged at the back side of the line part 1c2 of all shape upper end horizontal flanges 1c, and it is orthogonal with the length direction of the line part 1c2 of all shape upper end horizontal flanges 1c, described space bar portion 1g4 closes the side mouth formed by the horizontal plate part 1g3 of the lower end linking relative side plate 1g2, and it is parallel with the smooth surrounding wall portion 1b beyond 4 bight 1b3 of surrounding wall portion 1b, and, configure from surrounding wall portion 1b across the interval of regulation, in addition, space bar portion 1g4 is equipped with locking through hole 1g4 '.
Form gomphosis part 1g as described above, gomphosis part 1g defines chimeric longitudinal hole H1, and this chimeric longitudinal hole H1 is formed by the flat of the embedded hole 1g1 worn on the line part 1c2 of all shape upper end horizontal flanges 1c, relative side plate 1g2, horizontal plate part 1g3, space bar portion 1g4 and the surrounding wall portion 1b parallel with this space bar portion 1g4.
Then, utilize Fig. 4 ~ Figure 13, longwell parts 2 are described.
Longwell parts 2 have tabular plate portion 2a and lengthwise connecting part 2b, this lengthwise connecting part 2b is substantially vertical relative to inside face (being positioned at the face inside container C 1 when container C 1 the is assembled into box) 2a1 of tabular plate portion 2a from the two ends vertical edges of this tabular plate portion 2a, and extends to heavens throughout the roughly whole of two ends vertical edges of tabular plate portion 2a.And, at formation upper end, the upper end horizontal flanges 2c of tabular plate portion 2a and lengthwise connecting part 2b, this upper end horizontal flanges 2c is vertical relative to outside face (being positioned at the face in the outside of container C 1 when container C 1 the is assembled into box) 2a2 of tabular plate portion 2a, and extend in outward direction, in addition, at formation lower end, the lower end horizontal flanges 2d of tabular plate portion 2a and lengthwise connecting part 2b, this lower end horizontal flanges 2d is vertical relative to the outside face 2a2 of tabular plate portion 2a, and extends in outward direction.
Lengthwise connecting part 2b is formed lengthwise spatial portion A1, and the upper end horizontal plate part 2b1 that this lengthwise spatial portion A1 is formed by passing through to extend upper end horizontal flanges 2c, lower end horizontal plate part 2b2, the relative perpendicular side plate portion 2b3 and inwall 2b4 relative with this upper end horizontal plate part 2b1 that are formed by extending lower end horizontal flanges 2d are formed.Lengthwise spatial portion A1 forms the horizontal division plate portion 2b5 of right quantity, the horizontal division plate portion 2b5 of this right quantity extends to inwall 2b4 from the front end 2b3 ' of relative perpendicular side plate portion 2b3, and connect with relative perpendicular side plate portion 2b3 and inwall 2b4, by forming such horizontal division plate portion 2b5, lengthwise spatial portion A1 is divided into multiple secondary spatial portion A1 '.In addition, for convenience of description, the horizontal division plate portion 2b5 relative with upper end horizontal plate part 2b1 is called horizontal division plate portion, upper end, and label symbol 2b5 ', and, the horizontal division plate portion 2b5 relative with lower end horizontal plate part 2b2 is called horizontal division plate portion, bottom, and label symbol 2b5 ".In addition, in the present embodiment, illustrate the example of formation 6 horizontal division plate portion 2b5, by 6 horizontal division plate portion 2b5, lengthwise spatial portion A1 is divided into 7 secondary spatial portion A1 '.
At the central portion lower surface of horizontal division plate portion, upper end 2b5 ', be vertically installed with the vertical plate 2b6 connected with relative perpendicular side plate portion 2b3, in the lower end of vertical short-movie 2b6, be formed with horizontal plate 2b7, this horizontal plate 2b7 connects with relative perpendicular side plate portion 2b3, and extends to the front end 2b3 ' of relative perpendicular side plate portion 2b3.Like this, by forming vertical plate 2b6 and horizontal plate 2b7, in the bottom of horizontal division plate portion, upper end 2b5 ', define the open chimeric space A2 in below by relative perpendicular side plate portion 2b3, inwall 2b4, upper end horizontal division plate portion 2b5 ' and vertical plate 2b6.
Equally, be positioned at upper end horizontal division plate portion 2b5 ' and horizontal division plate portion, bottom 2b5 " between the central portion lower surface of horizontal division plate portion 2b5; be vertically installed with above-mentioned vertical plate 2b6; and; being also formed with above-mentioned horizontal plate 2b7 in the lower end of vertical short-movie 2b6; like this, by forming vertical plate 2b6 and horizontal plate 2b7, being formed with same chimeric space A2 in the bottom of horizontal division plate portion 2b5.
As mentioned above, by forming lengthwise connecting part 2b by upper end horizontal plate part 2b1, lower end horizontal plate part 2b2, relative perpendicular side plate portion 2b3 and inwall 2b4, intensity and the rigidity of lengthwise connecting part 2b can be improved, and, the torsional deflection of lengthwise connecting part 2b can be prevented, and intensity and the rigidity of the container C 1 being assembled into box can be improved, and the torsional deflection of container C 1 can be prevented.In addition, by forming the relative perpendicular side plate portion 2b3 of lengthwise connecting part 2b each other by horizontal division plate portion 2b5 and vertical plate 2b6 and horizontal plate 2b7 link, intensity and the rigidity of lengthwise connecting part 2b can be improved further, and the torsional deflection of lengthwise connecting part 2b can be prevented more reliably, and then intensity and the rigidity of the container C 1 being assembled into box can be improved further, prevent the torsional deflection of container C 1 more reliably.In addition, among relative perpendicular side plate portion 2b3, be positioned at outside perpendicular side plate portion 2b3 due to be not rib structure, so can prevent lengthwise connecting part 2b from damaging.
In addition, chimeric block part B 1 is vertically installed with at the inner face of the lower end horizontal flanges 2d of longwell parts 2, this chimeric block part B 1 is fitted together to the chimeric longitudinal hole H1 of gomphosis part 1g of the line part 1c2 being formed at all shape upper end horizontal flanges 1c, and described all shape upper end horizontal flanges 1c form described bottom parts 1.
Multiple chimeric block part B 1 is formed in the inner face of lower end horizontal flanges 2d along the length direction of lower end horizontal flanges 2d.The elastic tongue piece b1 forming the tabular of chimeric block part B 1 is vertically set on the inner face of lower end horizontal flanges 2d along the length direction of lower end horizontal flanges 2d, in the bottom of elastic tongue piece b1, be formed with the horizontal locking teat b1a extended on the 2d1 direction, front end of lower end horizontal flanges 2d.The lower surface of this locking teat b1a is formed as dip plane b1a ', and this dip plane b1a ' tilts downwards from the front end of locking teat b1a towards elastic tongue piece b1.In addition, locking teat b1a is formed as follows, that is, when container C 1 is assembled into box, embed and be engaging in locking through hole 1g4 ', this locking through hole 1g4 ' is located on the space bar portion 1g4 of the gomphosis part 1g being formed at bottom parts 1.In addition, at the central portion of locking teat b1a, be formed with the 2d1 side, front end of lower end horizontal flanges 2d and the recess b1a of below opening ".In addition, on inside face (being positioned at the face of the inner side of the container C 1 when container C 1 is assembled) b1 ' of elastic tongue piece b1, relative vertical sides f along elastic tongue piece b1 is formed with vertical heavy section b1b, and, in the bottom of vertical heavy section b1b, projecting have the elastic deformation of the elastic deformation suppressing elastic tongue piece b1 to suppress projection b1b '.In addition, vertical heavy section b1b can be omitted, directly projecting on the inside face b1 ' of elastic tongue piece b1.
Above-mentioned elastic tongue piece b1 is formed as follows; namely; orthogonal with the length direction of lower end horizontal flanges 2d; and protect its sidepiece and lower end by elastic tongue piece guard block b2, the lower end horizontal plate part b2b of the lower end of the perpendicular side plate portion b2a that this elastic tongue piece guard block b2 is relative with linking this by the relative perpendicular side plate portion b2a of the inner face being vertically set on lower end horizontal flanges 2d is formed.In addition, the locking teat b1a being formed at the bottom of above-mentioned elastic tongue piece b1 crosses elastic tongue piece guard block b2 and gives prominence to laterally.
In addition, among the relative perpendicular side plate portion 2b3 forming lengthwise connecting part 2b, on the perpendicular side plate portion 2b3 being positioned at outside (being positioned at the face in the outside of container C 1 when container C 1 is assembled into box), be equipped with the sight vane 2b8 formed with the mode of chimeric space A2 overlap with top.
In addition, 2e is the hand-held through hole worn on the top of the tabular plate portion 2a of longwell parts 2, and 2f is the longitudinal rib forming right quantity on the outside face 2a2 of longwell parts 2, and 2g is the cross rib forming right quantity on the outside face 2a2 of longwell parts 2.
Among longitudinal rib 2f, such longitudinal rib (is called both ends longitudinal rib below by the longitudinal rib being positioned at the Width both ends of longwell parts 2, as shown in Figure 7, label symbol 2f ') height (height from the outside face 2a2 of tabular plate portion 2a to the front end of the longitudinal rib 2f) D1 of 2f ', be formed as the height identical with the height of the upper end horizontal flanges 2c of longwell parts 2 and lower end horizontal flanges 2d (from the outside face 2a2 of tabular plate portion 2a to upper end horizontal flanges 2c and the height of the front end of lower end horizontal flanges 2d), and, the height of the longitudinal rib 2f formed between the longitudinal rib 2f ' of both ends is formed lower than the height D1 of both ends longitudinal rib 2f '.By this structure, intensity and the rigidity of longwell parts 2 can be improved, and make longwell parts 2 lightweight.
In addition, among cross rib 2g, this part (is called high portion part below by the part be positioned between lengthwise connecting part 2b and both ends longitudinal rib 2f ', and label symbol 2g1) height (height from the outside face 2a2 of tabular plate portion 2a to the front end of the cross rib 2g) D2 of 2g1, be formed as roughly the same with the height D1 of both ends longitudinal rib 2f ', in addition, centre portion 2g2 between high portion part 2g1 is the triangular portion 2g3 of general triangular via aspect, links with the high portion part 2g1 being highly D2.By this structure, intensity and the rigidity of longwell parts 2 can be improved, and longwell parts 2 lightweight can be made.In addition, the high portion part 2g1 forming cross rib 2g is formed as follows, namely, exceed the oad of container C 1 and be not positioned at outside, this container C 1 is formed by the front end of the perpendicular side plate portion 2b3 being positioned at outside among upper end horizontal flanges 2c, lower end horizontal flanges 2d, relative perpendicular side plate portion 2b3, both ends longitudinal rib 2f ', longitudinal rib 2f and cross rib 2g etc.By this structure, the damage of the high portion part 2g1 forming cross rib 2g can be prevented.
Then, utilize Figure 14 and Figure 15, shortwall parts 3 are described.
Shortwall parts 3 are formed with tabular plate portion 3a, tabular plate portion 3b, in addition, be formed with lower end horizontal flanges 3c and relative end vertical side plate 3d, described tabular plate portion 3b is from the upper end of tabular plate portion 3a relative to outside face (when container C 1 is assembled into box, being positioned at the face in the outside of container C 1) 3a1 extends vertically towards lateral direction, described lower end horizontal flanges 3c extends vertically towards lateral direction from the lower end of tabular plate portion 3a relative to outside face 3a1, described relative end vertical side plate 3d links end and the lower end horizontal flanges 3c of upper end horizontal flanges 3b.
3e is formed in the chimeric block parts on relative end vertical side plate 3d, and chimeric block parts 3e is formed by the horizontal part 3e1 vertical relative to end vertical side plate 3d with from the vertical component effect 3e2 that the leading section of horizontal part 3e1 extends vertically towards top.Chimeric block parts 3e is formed as the number identical with the number of chimeric space A2, and described chimeric space A2 is formed at the lengthwise connecting part 2b of longwell parts 2.In the present embodiment, as mentioned above, on the lengthwise connecting part 2b of longwell parts 2, be formed with 5 chimeric space A2, therefore, be also formed with 5 chimeric block parts 3e.When linking longwell parts 2 and shortwall parts 3, the vertical component effect 3e2 of chimeric block parts 3e is fitted together to chimeric space A2.In addition, at the inner face of the lower end horizontal flanges 3c of shortwall parts 3, be vertically installed with chimeric block B1, this chimeric block B1 is identical with the chimeric block B1 of inner face of the lower end horizontal flanges 2d being vertically installed in above-mentioned longwell parts 2.
3f is the hand-held through hole worn on the 3a top, tabular plate portion of shortwall parts 3,3g is the longitudinal rib forming right quantity on the outside face 3a1 of shortwall parts 3,3h is the cross rib forming right quantity on the outside wall surface 3a1 of shortwall parts 3, and such longitudinal rib 3g can be identical with cross rib 2g structure with the longitudinal rib 2f that above-mentioned longwell parts 2 are formed with cross rib 3h.
Then, utilize Figure 16 ~ Figure 23, the assembling of container C 1 is described.
First, the link of longwell parts 2 and shortwall parts 3 is described.
As shown in figure 16, in the orthogonal mode of tabular plate portion 3a of the tabular plate portion 2a and shortwall parts 3 that make longwell parts 2, and, as shown in figure 17, to make the mode that the secondary spatial portion A1 ' of formation on the lengthwise connecting part 2b of longwell parts 2 is relative with the chimeric block parts 3e of formation on the end vertical side plate 3d of shortwall parts 3, configuration longwell parts 2 and shortwall parts 3.
Then, make longwell parts 3 close to longwell parts 2, the chimeric block parts 3e be formed on shortwall parts 3 is inserted secondary spatial portion A1 ', described secondary spatial portion A1 ' is formed at the lengthwise connecting part 2b of longwell parts 2, and, as shown in figure 18, the end vertical side plate 3d of shortwall parts 3 is made to abut with the front end 2b3 ' of the relative perpendicular side plate portion 2b3 of the lengthwise connecting part 2b of formation longwell parts 2.Like this, when the end vertical side plate 3d of shortwall parts 3 is connected to the front end 2b3 ' of the relative perpendicular side plate portion 2b3 of the lengthwise connecting part 2b forming longwell parts 2, the vertical component effect 3e2 of the chimeric block parts 3e that shortwall parts 3 are formed is positioned at the below of chimeric space A2, this chimeric space A2 is positioned at the secondary spatial portion A1 of the lengthwise connecting part 2b being formed at longwell parts 2, in.Like this, as shown in figure 19, sight vane 2b8 whether can be positioned at by the vertical component effect 3e2 of chimeric block parts 3e, and confirmed by sight vane 2b8 whether the vertical component effect 3e2 of the chimeric block parts 3e that shortwall parts 3 are formed is located at the below of the chimeric space A2 that the lengthwise connecting part 2b of longwell parts 2 is formed, wherein, described sight vane 2b8 be located in form lengthwise connecting part 2b relative perpendicular side plate portion 2b3 among, on the perpendicular side plate portion 2b3 that is positioned at outside.
Then, as shown in figure 20, to rise relative to longwell parts 2 by making shortwall parts 3 or longwell parts 2 are declined relative to shortwall parts 3, the vertical component effect 3e2 of the chimeric block parts 3e being formed at shortwall parts 3 is made to be embedded in chimeric space A2, in the secondary spatial portion A1 ' that the lengthwise connecting part 2b that this chimeric space A2 is located at longwell parts 2 is formed.Like this, when making the vertical component effect 3e2 of chimeric block parts 3e be entrenched in chimeric space A2, the upper surface of the horizontal part 3e1 of chimeric block parts 3e be positioned at horizontal division plate portion 2b5,2b5 ' the lower surface of horizontal plate 2b7 of below abut, further, the upper surface of the upper surface of the upper end horizontal flanges 2c of longwell parts 2 and the upper end horizontal flanges 3b of shortwall parts 3 is configured to same plane.Like this, longwell parts 2 and shortwall parts 3 are linked.In addition, the upper surface of the upper end horizontal flanges 2c of longwell parts 2 compares the upper surface of the upper end horizontal flanges 3b of shortwall parts 3, slightly can be positioned at top.
As mentioned above, when having linked longwell parts 2 and shortwall parts 3, because the vertical component effect 3e2 being formed in the chimeric block parts 3e on shortwall parts 3 is fitted together to chimeric space A2, wherein, in the secondary spatial portion A1 ' that the lengthwise connecting part 2b that this chimeric space A2 is located at longwell parts 2 is formed, so, when the load in the direction making longwell parts 2 be separated with shortwall parts 3 is applied on longwell parts 2 or shortwall parts 3, the vertical component effect 3e2 of chimeric block parts 3e abuts with the vertical plate 2b6 forming chimeric space A2, and longwell parts 2 can be prevented to be separated with shortwall parts 3.
As shown in figure 22, the top of bottom parts 1 will be configured in by relative a pair longwell parts 2 and the container body C1 ' that a pair relative shortwall parts 3 assemble, afterwards, make container body C1 ' close to bottom parts 1 direction, and the chimeric block B1 be formed on longwell the parts 2 and chimeric block B1 be formed on shortwall parts 3 is inserted the chimeric longitudinal hole H1 of the gomphosis part 1g be formed on bottom parts 1.In the process that chimeric block B1 inserts to this chimeric longitudinal hole H1, the dip plane b1a ' being formed at the locking teat b1a of elastic tongue piece b1 abuts with limit 1g1 ', described elastic tongue piece b1 is protected by the elastic tongue piece guard block b2 forming chimeric block B1, described limit 1g1 ' be to be formed gomphosis part 1g embedded hole 1g1 and along among the relative limit 1g1 ' of the length direction of all shape upper end horizontal flanges 1c, be positioned at the limit 1g1 ' of the front of all shape upper end horizontal flanges 1c, the free end of elastic tongue piece b1 is to the surrounding wall portion 1b direction elastic deformation of bottom parts 1, the chimeric block B1 be formed on longwell parts 2 and shortwall parts 3 is fitted together to the chimeric longitudinal hole H1 being formed in the gomphosis part 1g on bottom parts 1, when the locking teat b1a being formed at elastic tongue piece b1 is consistent with locking through hole 1g4 ', wherein, described locking through hole 1g4 ' is arranged in space bar portion 1g4, described space bar portion 1g4 forms the gomphosis part 1g being formed at bottom parts 1, as shown in figure 23, the elastic tongue piece b1 of elastic deformation recovers original plumbness, locking teat b1a is inserted in the locking through hole 1g4 ' that space bar portion 1g4 wears, bottom parts 1 links with longwell parts 2 and shortwall parts 3, be assembled into container C 1 of the present invention.
As mentioned above, longwell parts 2 are formed with lengthwise connecting part 2b, described lengthwise connecting part 2b is substantially vertical relative to the inside face 2a1 of tabular plate portion 2a from the two ends vertical edges of tabular plate portion 2a, so, intensity and the rigidity of longwell parts 2 can be improved, and intensity and the rigidity of the container C 1 self being assembled into box can be improved, therefore, the torsional deflection of the container C 1 being assembled into box can be prevented.
As mentioned above, when carrying out the link operation of bottom parts 1 and longwell parts 2 and shortwall parts 3, the chimeric block B1 that the chimeric block B1 that longwell parts 2 are formed and shortwall parts 3 are formed is inserted the chimeric longitudinal hole H1 of the gomphosis part 1g be formed on bottom parts 1, but, because the lower end of the elastic tongue piece b1 forming chimeric block B1 is protected by elastic tongue piece guard block b2, so elastic tongue piece b1 does not directly abut with all shape upper end horizontal flanges 1c of bottom parts 1, therefore, when carrying out the link operation of bottom parts 1 and longwell parts 2 and shortwall parts 3, can prevent elastic tongue piece b1 from damaging.
When decomposition is assembled into the container C 1 of box, first, barred body S is inserted the recess b1a that the locking teat b1a of elastic tongue piece b1 is formed " in, this elastic tongue piece b1 is formed in the chimeric block part B 1 that longwell parts 2 and shortwall parts 3 are formed, as shown in figure 24, make the free end of elastic tongue piece b1 to the surrounding wall portion 1b direction elastic deformation of bottom parts 1, the locking teat b1a being formed at elastic tongue piece b1 is discharged from locking through hole 1g4 ', this locking through hole 1g4 ' is arranged in space bar portion 1g4, this space bar portion 1g4 forms the gomphosis part 1g that bottom parts 1 is formed, afterwards, container body C1 ' is made to increase, remove the connecting state of container body C1 ' and bottom parts 1.In order to carry out the releasing operation of the connecting state of this bottom parts 1 and container body C1 ', make the free end of elastic tongue piece b1 to the surrounding wall portion 1b direction elastic deformation of bottom parts 1, but in order to not make the excessive elastic deformation of elastic tongue piece b1 and damage elasticity tongue piece b1, as mentioned above, on elastic tongue piece b1, projecting elastic deformation suppresses projection b1b ', as shown in figure 24, projection b1b ' is suppressed to abut with the surrounding wall portion 1b of bottom parts 1 by making elastic deformation, suppress the excessive elastic deformation of elastic tongue piece b1, thus not damage elasticity tongue piece b1.
In addition, form the longwell parts 2 of container body C1 ' and the apportioned effort of shortwall parts 3, can be undertaken by the operation contrary with the assembling operation of shortwall parts 3 with above-mentioned longwell parts 2.Namely, decline relative to longwell parts 2 by making shortwall parts 3, or, rise relative to shortwall parts 3 by making longwell parts 2, the vertical component effect 3e2 of the chimeric block parts 3e that shortwall parts 3 are formed is discharged from the chimeric space A2 being positioned at secondary spatial portion A1 ', and described secondary spatial portion A1 ' is formed at the lengthwise connecting part 2b of longwell parts 2, afterwards, by being pulled out from the secondary spatial portion A1 ' of longwell parts 2 by the chimeric block parts 3e of shortwall parts 3, longwell parts 2 and shortwall parts 3 can be decomposed.Like this, container C 1 is decomposed into these 5 parts of 1 bottom parts, 1,2 longwell parts, 2,2 shortwall parts 3.
As mentioned above, the container C 1 of Sum decomposition can be assembled by 1 bottom parts, 2 longwell parts 2, 2 these 5 parts of shortwall parts 3 are formed, first, the container body C1 ' of tubular is formed by 2 longwell parts 2 and 2 shortwall parts 3, afterwards, link by making the container body C1 ' of tubular and bottom parts 1, the container C 1 can assembling Sum decomposition is assembled into box, in addition, from the container body C1 ' of bottom parts 1 drawing tubular of the container C 1 can assembling Sum decomposition of state being assembled into box, then, remove the fastening state of longwell parts 2 and shortwall parts 3, thus, the container C 1 can assembling Sum decomposition can be decomposed into 1 bottom parts 1, 2 longwell parts 2, 2 these 5 parts of shortwall parts 3, so, easily can carry out assembling and the decomposition of the container C 1 can assembling Sum decomposition at short notice.
In addition, owing to forming by these 5 parts of 1 bottom parts, 1,2 longwell parts, 2,2 shortwall parts 3 container C 1 can assembling Sum decomposition, so compare the storage space of the container C 1 can assembling Sum decomposition of assembled state, the storage space of the parts 1,2,3 decomposed significantly can be reduced.
In addition, increasing or reducing the width of longwell parts 2 of the container C 1 can assembling Sum decomposition, when change can assemble the width of longwell parts 2 side of the container C 1 of Sum decomposition, the width of the long limit perisporium 1b1 of the width only changing longwell parts 2 and the surrounding wall portion 1b forming bottom parts 1, does not need to change shortwall parts 3.
In embodiment shown in Figure 25, in the upper end of the relative end vertical side plate 3d of shortwall parts 3, between the upper end horizontal plate part 2b1 that the horizontal chimeric ridge 3i that projecting and secondary spatial portion A1 ' is chimeric, this secondary spatial portion A1 ' are located at the lengthwise connecting part 2b that longwell parts 2 are formed and horizontal division plate portion, the upper end 2b5 ' relative with upper end horizontal plate part 2b1.As mentioned above, under the state that longwell parts 2 and shortwall parts 3 link, when shortwall parts 3 move in the vertical direction relative to the tabular plate portion 2a of longwell parts 2, the chimeric ridge 3i chimeric with secondary spatial portion A1 ' abuts with the perpendicular side plate portion 2b3 of lengthwise connecting part 2b, can reliably suppress shortwall parts 3 relative to the movement to vertical direction of the tabular plate portion 2a of longwell parts 2 further, further, the longwell parts 2 of the container C 1 being assembled into box and the torsional deflection of shortwall parts 3 can be prevented.
In the embodiment shown in Figure 26 and Figure 27, compare by making front end 2b3 ' among relative perpendicular side plate portion 2b3, that be positioned at the perpendicular side plate portion 2b3 of inner side the perpendicular side plate portion 2b3 being positioned at outside to give prominence to laterally, and lengthwise ridge 2b3 is formed on the perpendicular side plate portion 2b3 being positioned at inner side ", described relative perpendicular side plate portion 2b3 forms the lengthwise connecting part 2b being formed at longwell parts 2.On the other hand, in the bight that inside face (being positioned at the face of the inner side of container C 1 when container C 1 the is assembled into box) 3a2 of the end vertical side plate 3d of shortwall parts 3 and tabular plate portion 3a is formed, be formed and lengthwise ridge 2b3 " chimeric lengthwise notch 3j.As shown in figure 27, when linking longwell parts 2 and shortwall parts 3, the lengthwise ridge 2b3 on longwell parts 2 is formed in " chimeric with the lengthwise notch 3j be formed on shortwall parts 3.Therefore, shortwall parts 3 can be suppressed more reliably relative to the movement to vertical direction of the tabular plate portion 2a of longwell parts 2, and the longwell parts 2 of the container C 1 being assembled into box and the torsional deflection of shortwall parts 3 can be prevented.
In addition, when having linked longwell parts 2 and shortwall parts 3, be formed in the lengthwise ridge 2b3 on longwell parts 2 " chimeric with the lengthwise notch 3j be formed on shortwall parts 3; so; can prevent from being assembled between the longwell parts 2 of box and shortwall parts 3 and produce gap; therefore, can prevent dust from invading and be assembled in the container C 1 of box, and the appearance looks elegant degree of the container C 1 being assembled into box can be prevented impaired.
In the embodiment shown in Figure 28 ~ Figure 30, in the surrounding wall portion 1b side of the upper surface of all shape upper end horizontal flanges 1c of formation bottom parts 1, be formed with all shape ridge 1h.On the other hand, in the bight that tabular plate portion 2a and the lower end horizontal flanges 2d by longwell parts 2 is formed and the bight that formed by tabular plate portion 3a and the lower end horizontal flanges 3c of shortwall parts 3, be formed with all shape notch G1 chimeric with all shape ridge 1h being formed at bottom parts 1.As shown in figure 30, when longwell parts 2 and shortwall parts 3 link with bottom parts 1, all shape ridge 1h being formed at bottom parts 1 are chimeric with all shape notch G1 formed on longwell parts 2 and shortwall parts 3.Therefore, it is possible to reliably suppress longwell parts 2 and shortwall parts 3 relative to bottom parts 1 movement in the horizontal direction, and the longwell parts 2 of the container C 1 being assembled into box and the torsional deflection of shortwall parts 3 can be prevented.
In the embodiment shown in Figure 31 and Figure 32, replace the projecting horizontal chimeric ridge 3i on the end vertical side plate 3d of shortwall parts 3 shown in Figure 25, near the upper end horizontal flanges 3b of relative end vertical side plate 3d, on the horizontal part 3e1 of chimeric block parts 3e, its lower end projecting is fitted together to ridge 3k by the vertical configuration linked.In addition, chimeric ridge 3k must be connected with the horizontal part 3e1 of chimeric block parts 3e, also can leave from the horizontal part 3e1 of chimeric block parts 3e.
On the other hand, that the lengthwise connecting part 2b of longwell parts 2 is formed, relative with upper end horizontal plate part 2b1 upper end horizontal division plate portion 2b5 ' and extending on the horizontal plate 2b7 of front end 2b3 ' of relative perpendicular side plate portion 2b3, being formed respectively can the chimeric recess 2h of ridge 3k chimeric with above-mentioned vertical configuration.
As mentioned above, when container C 1 is assembled into box, the vertical configuration formed near the upper end horizontal flanges 3b of the relative end vertical side plate 3d of shortwall parts 3 is fitted together to ridge 3k, chimeric with the recess 2h that the upper end horizontal division plate portion 2b5 ' of the lengthwise connecting part 2b at longwell parts 2 and horizontal plate 2b7 are formed, therefore, shortwall parts 3 can be suppressed more reliably relative to the tabular plate portion 2a of longwell parts 2 to the movement of vertical direction, and the longwell parts 2 of the container C 1 being assembled into box and the torsional deflection of shortwall parts 3 can be prevented more reliably.
Then, utilize Figure 33 and Figure 34, other embodiments of the present invention are described.
In this embodiment, link the outside front ends of upper horizontal flanges 2i and the outside front ends of upper end horizontal flanges 2c by the vertical link band-like plate 2j parallel with tabular plate portion 2a, this upper horizontal flanges 2i forms the close beneath of the upper end horizontal flanges 2c of longwell parts 2 in the above-described embodiments.Like this, on the top of longwell parts 2, by upper end horizontal flanges 2c, upper horizontal flanges 2i, and the link outside front ends of upper end horizontal flanges 2c defines the top rib 2 ' of roughly C shape with the cross section (vertical cross-section vertical relative to the length direction of the upper end horizontal flanges 2c of longwell parts 2) that the vertical link band-like plate 2j of the outside front ends of upper horizontal flanges 2i is formed, so, intensity and the rigidity of longwell parts 2 can be improved, and the torsional deflection of longwell parts 2 can be prevented, and then, intensity and the rigidity of the container C 1 being assembled into box can be improved, and the torsional deflection of container C 1 can be prevented.In addition, 2k is the vertical reinforcement linking rib linking upper end horizontal flanges 2c and upper horizontal flanges 2i.Shortwall parts 3 are also formed same top rib 3 ', intensity and the rigidity of shortwall parts 3 can be improved thus, and the torsional deflection of shortwall parts 3 can be prevented, and then intensity and the rigidity of the container C 1 being assembled into box can be improved further, and the torsional deflection of container C 1 can be prevented further.
Then, utilize Figure 35, other embodiments of bottom parts 1 of the present invention are described.
In the bottom of the two sides 1e1 of the band plate-like bight vertical rib 1e linked the bight 1c1 of all shape upper end horizontal flanges 1c that the bottom parts 1 in above-described embodiment is formed and the bight 1d1 of all shape bottom horizontal flanges 1d, be connected with vertical with band plate-like bight vertical rib 1e and parallel with all shape bottom horizontal flanges 1d horizontal plate 1i1, further, the front end of horizontal plate 1i1 and the front end being positioned at bight 1d1 of all shape bottom horizontal flanges 1d is linked by oblique plate 1i2.
As mentioned above, by forming the bottom corner rib 1i formed by horizontal plate 1i1 and oblique plate 1i2 in the bight of bottom parts 1, intensity and the rigidity of bottom parts 1 can be improved, and, the torsional deflection of bottom parts 1 can be prevented, and then intensity and the rigidity of the container C 1 being assembled into box can be improved further, and, the torsional deflection of container C can be prevented further.In addition, in the present embodiment, replace vertical rib 1f between the bight shown in above-described embodiment, form side plate and extend rib 1j, this side plate extends rib 1j and is formed by making the side plate 1g2 of gomphosis part 1g extend downwards, and is connected with horizontal plate 1i1.
Claims (1)
1. can assemble the container of Sum decomposition for one kind, this container can assembling Sum decomposition is by 1 bottom parts, two wall components of one side and two wall components of the opposing party are formed, and, by making the wall components of one, wall components and the described bottom parts of described the opposing party are interconnected, be assembled into box, in addition, by from the state being assembled into box, by the wall components of one, wall components and the bottom parts of described the opposing party decompose respectively, thus be decomposed into described 1 bottom parts, two wall components of one and the such parts of two wall components of described the opposing party, it is characterized in that, when the end vertical side plate of the wall components of the opposing party abuts with the front end in the relative perpendicular side plate portion of the lengthwise connecting part of the wall components of formation one side, the vertical component effect being formed at the chimeric block parts of the wall components of the opposing party matches with the chimeric space of the secondary spatial portion of the lengthwise connecting part being positioned at the wall components being formed at a side, then, the chimeric space of the secondary spatial portion of the lengthwise connecting part being positioned at the wall components being formed at a side is embedded in by the vertical component effect of the chimeric block parts making the wall components being formed at the opposing party, thus the wall components of a side and the wall components of the opposing party are linked.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010213139A JP5491335B2 (en) | 2010-09-24 | 2010-09-24 | Assembly / disassembly container |
| JP2010-213139 | 2010-09-24 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102417063A CN102417063A (en) | 2012-04-18 |
| CN102417063B true CN102417063B (en) | 2015-09-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110213140.3A Active CN102417063B (en) | 2010-09-24 | 2011-07-28 | The container of Sum decomposition can be assembled |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5491335B2 (en) |
| CN (1) | CN102417063B (en) |
Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5631777B2 (en) * | 2011-03-03 | 2014-11-26 | 三甲株式会社 | Assembly / disassembly container |
| ES2598677T3 (en) * | 2012-05-29 | 2017-01-30 | Nefab Ab | System for creating a corresponding container and container |
| JP5939631B2 (en) * | 2012-06-15 | 2016-06-22 | 三甲株式会社 | Box container |
| JP6054646B2 (en) * | 2012-06-15 | 2016-12-27 | 三甲株式会社 | Box container |
| JP6158605B2 (en) * | 2013-06-19 | 2017-07-05 | 三甲株式会社 | container |
| CN110342065B (en) * | 2019-07-23 | 2020-09-15 | 广州市金钟汽车零件股份有限公司 | Spliced variable container |
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| CN1182398A (en) * | 1996-01-26 | 1998-05-20 | 贝库普拉特塑料加工股份有限公司 | Transport and storage container |
| CN2467424Y (en) * | 2001-01-18 | 2001-12-26 | 耐帆包装工程(无锡)有限公司 | Assembling packing box |
| EP1435327A1 (en) * | 2002-12-30 | 2004-07-07 | ABM Italia S.p.A. | Modular storage box |
| US6966449B2 (en) * | 2003-01-02 | 2005-11-22 | The Little Tikes Company | Bulk box |
| DE202007015378U1 (en) * | 2007-08-20 | 2008-02-21 | Odesa Gelistirilmis Polimer Yatirimlari Ve Dis Ticaret A.S. | Sliding lock device for collapsible boxes |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5088348U (en) * | 1973-12-13 | 1975-07-26 | ||
| JPS5966723U (en) * | 1982-10-26 | 1984-05-04 | 積水化成品工業株式会社 | assembly container |
| JPS6382728U (en) * | 1986-11-18 | 1988-05-31 | ||
| JP2003292087A (en) * | 2002-03-29 | 2003-10-15 | High Mold:Kk | Panel carry box |
| JP2009262994A (en) * | 2008-04-30 | 2009-11-12 | Nippon Filing Co Ltd | Combined container |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1182398A (en) * | 1996-01-26 | 1998-05-20 | 贝库普拉特塑料加工股份有限公司 | Transport and storage container |
| CN2467424Y (en) * | 2001-01-18 | 2001-12-26 | 耐帆包装工程(无锡)有限公司 | Assembling packing box |
| EP1435327A1 (en) * | 2002-12-30 | 2004-07-07 | ABM Italia S.p.A. | Modular storage box |
| US6966449B2 (en) * | 2003-01-02 | 2005-11-22 | The Little Tikes Company | Bulk box |
| DE202007015378U1 (en) * | 2007-08-20 | 2008-02-21 | Odesa Gelistirilmis Polimer Yatirimlari Ve Dis Ticaret A.S. | Sliding lock device for collapsible boxes |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102417063A (en) | 2012-04-18 |
| JP2012066842A (en) | 2012-04-05 |
| JP5491335B2 (en) | 2014-05-14 |
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