CN208150145U - A kind of spliced aluminium alloy container - Google Patents
A kind of spliced aluminium alloy container Download PDFInfo
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- CN208150145U CN208150145U CN201721901586.4U CN201721901586U CN208150145U CN 208150145 U CN208150145 U CN 208150145U CN 201721901586 U CN201721901586 U CN 201721901586U CN 208150145 U CN208150145 U CN 208150145U
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Abstract
The utility model relates to a kind of spliced aluminium alloy containers, including top plate and bottom plate, side plate, foreboard and Rear Door, pass through top beam grafting between the side plate and the top plate, the side plate and the foreboard pass through front column grafting, by bottom girder grafting, the side plate is connect with Rear Door by door pillar for the side plate and bottom plate；The Rear Door and the foreboard upper end pass through head piece and connect with top plate, and the Rear Door and the foreboard lower end pass through bottom cross beam and bottom plate grafting；The bottom plate includes chassis and floor, the floor is connected by screw to the chassis, the chassis includes the multiple floor beams being arranged between two bottom girders, and the side at the floor beam both ends is fixedly connected by the aluminum corner brace with the bottom girder；Entire container is formed by the way of grafting riveting, and after scrapping, the rate of recovery is higher, and container entirety welding is able to maintain the own intensity of raw material.
Description
Technical field
The utility model relates to a kind of container, in particular to a kind of spliced aluminium alloy container.
Background technique
It is well known that the self weight of container made of steel side structure is bigger, and steel material easy-to-rust, the steel car after corrosion
Compartment residual value is lower, and the lightweight of aluminum alloy materials, high-strength, corrosion-resistant, maintenance cost is low and recyclable recycle solves steel collection
The deficiency of vanning, aluminium alloy container long service life, to after the date of retirement, the remaining residual value of aluminium alloy is higher, aluminium alloy packaging
Case side structure reduces 50% or so compared with steel container side construction weight.
Existing container is generally by being welded, such as the bottom plate of container generally comprises bottom plate curb girder, cross
Beam, corrugated plating and floor, crossbeam and corrugated plating are generally together with bottom plate side beam welding, in addition, floor generally uses aluminium floor,
Usually formed by the lesser aluminium floor welded of muti-piece width；It is to pass through weldering that foreboard, side plate and the top plate of container, which have many places,
It connects to be formed, although welding method can effectively be connected components, strength of parent can drop to original strong after welding
The 60% of degree, and welding is easy to make profile that moderate finite deformation occur.
Utility model content
The utility model in view of the deficiency of the prior art, provides a kind of spliced aluminium alloy collection without welding
Vanning.
The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of spliced aluminium alloy container, including
Top plate and bottom plate, side plate, foreboard and Rear Door pass through top beam grafting, the side plate and institute between the side plate and the top plate
It states foreboard and door pillar is passed through by bottom girder grafting, the side plate and Rear Door by front column grafting, the side plate and bottom plate
Connection；The Rear Door and the foreboard upper end pass through head piece and connect with top plate, the Rear Door and the foreboard lower end
Pass through bottom cross beam and bottom plate grafting；
The bottom plate includes chassis and floor, and the floor is connected by screw to the chassis, the bottom
Plate framework includes the multiple floor beams being arranged between two bottom girders, and the side at the floor beam both ends passes through
The aluminum corner brace is fixedly connected with the bottom girder；
The floor includes the first floor profile, and first floor profile includes lower panel, one end of the lower panel
For free end, the other end is equipped with card slot, and the card slot is fixed on the lower panel by strut, and the lower panel is equipped with more
A T-type protrusion, the T-type protrusion includes head and bar portion, and the height of the bar portion is consistent with the height of the strut；
The floor further includes the second floor profile, and second floor profile includes the lower panel, the lower panel
One end be equipped with the card slot, the other end is equipped with the buckle that matches with the card slot, described to snap through the strut and fix
On the lower panel.
The utility model has the beneficial effects that：Entire container is formed by the way of grafting riveting, after scrapping,
The rate of recovery is higher, and container entirety welding is able to maintain the own intensity of raw material；In addition, passing through multiple second floor types
Material and the first floor type material buckle connect to be formed, easy for installation；It is connected by screw between floor and chassis, detachably, nothing
Welding avoids because of the deformation that welding generates.
Further, structure glue is coated on the contact surface of the buckle and the card slot.
Beneficial effect using above-mentioned further technical solution is：It is coated with structure glue between buckle and card slot, makes muti-piece
It is completely embedded between floor, intensity is higher.
Further, the bottom girder includes groove body, and the groove body includes two groove body side walls and groove body lower plate, under the groove body
Plate extends to form bearing plate to side, and the bearing plate is used for Fixing angle aluminum and floor beam, and the both ends of the floor beam are anti-
It only on the bearing plate, is then riveted again by the aluminum corner brace and the bottom girder, clapboard is equipped in the groove body, it is described
The length of clapboard is less than the length of the groove body, and size of the both ends of the clapboard apart from the groove body both ends is identical；
The clapboard includes transverse slat and inclined plate, the equivalent width of the width of the transverse slat and the groove body, described in the inclined plate setting
On transverse slat and the diagonal line of the groove body lower plate；The two sidewalls of the groove body are equipped with multiple riveted holes.
Beneficial effect using above-mentioned further technical solution is：Groove body on bottom girder is used for the side of grafting container
Plate, by rivet after grafting, bottom girder is interior to be equipped with clapboard, increases bottom girder bearing strength, and clapboard is less than groove body
Length, facilitate the installation of front column and door pillar, make container integrated connection it is closer.
Further, the door pillar includes angle supporting device and bottom corner piece, is equipped between the angle supporting device and the bottom corner piece vertical
Column ontology, the angle supporting device, column ontology and the bottom corner piece one extrusion forming, the angle supporting device, column ontology and described
Bottom corner piece is equipped with the through-hole of connection, adjacent two side of the angle supporting device and the bottom corner piece be additionally provided with respectively with it is described
The first through slot and the second through slot of through-hole connection；
The angle supporting device and the corresponding one side of the bottom corner piece are equipped with head piece caulking groove and bottom cross beam caulking groove, the top
Door-plate caulking groove, the intercalation of the door-plate caulking groove and the head piece caulking groove are additionally provided on corner fittings, column ontology and the bottom corner piece
Direction is vertical.
Beneficial effect using above-mentioned further technical solution is：The integrated extrusion forming of door pillar use, high production efficiency,
And welding, it is able to maintain the intensity of raw material.
Further, the outer profile of the column ontology is rectangle, and the column ontology is equipped with multiple hinge mounting grooves.
Further, head piece includes the first rectangular box, and first rectangular box includes the first framework top plate, the first frame
Body bottom plate and two first framework side plates, first rectangular box is interior to be equipped with the clapboard, and the length of the clapboard is less than
The length of first rectangular box, the size phase at the both ends of clapboard both ends apart from first rectangular box respectively
Together；
The side of first rectangular box is equipped with top plate caulking groove, the length of the top plate caulking groove and first rectangle frame
The length of body is consistent, and the top plate caulking groove includes upper plate caulking groove wall and lower roof plate caulking groove wall, the upper plate caulking groove wall and institute
State the first framework top plate in the same plane, the top plate caulking groove is top with one first framework side plate of first rectangular box
Plate caulking groove bottom, and the top plate caulking groove bottom width is less than the width of the first framework side plate；
First rectangular box, clapboard and top plate caulking groove are integrated extrusion forming.
Further, the first framework side plate be equipped with multiple rows of corresponding riveted holes, the upper plate caulking groove wall and it is described under
Top plate caulking groove wall is equipped with multiple rows of corresponding riveted holes, and top plate caulking groove bottom is equipped with riveted holes described in an at least row.
Beneficial effect using above-mentioned further technical solution is：The intensity of head piece is higher, and the top plate is inserted into institute
It states in top plate caulking groove, is then fixed by the way of riveting, front column or door can be inserted in the first rectangular box of head piece
Head piece caulking groove on column then by rivet, welding, and is completely embedded reliable.
Further, the bottom cross beam includes the second rectangular box, and second rectangular box includes second framework top plate, the
Two framework bottom plates and two second framework side plates, second rectangular box is interior to be equipped with transverse bar, and the length of the transverse bar is less than described
The size of the length of second rectangular box, the both ends of transverse bar both ends apart from second rectangular box respectively is identical, institute
The two sides for stating transverse bar are connect with the two second framework side plate arc transitions；
The side of second rectangular box is equipped with horizontal supporting plate, the side of the horizontal supporting plate and second framework side plate circle
Arc transition connection；
Second rectangular box, transverse bar and horizontal supporting plate one extrusion forming.
Beneficial effect using above-mentioned further technical solution is：Integrated extrusion forming, it is high in machining efficiency；With door pillar it
Between connection be to be completed by grafting and riveting, in the bottom cross beam caulking groove insertion rectangular box on door pillar, do not need to weld,
It can guarantee original intensity of material；In addition, the setting of transverse bar can increase the pressure-bearing degree of a underbeam.
Further, the both ends of the two second framework side plates are equipped with the corresponding riveted holes of multiple groups.
Beneficial effect using above-mentioned further technical solution is：Caulking groove wall on container door column is inserted into rectangular box
It is interior, then pass through rivet, welding.
Further, riveted holes described at least one group are located at the top of the horizontal supporting plate.
Beneficial effect using above-mentioned further technical solution is：Rivet penetrates on the outside of door underbeam, and rivet is located at cross
The top of supporting plate and container bottom board riveting, horizontal supporting plate holds container bottom board in lower section, so that door underbeam and container bottom board
Connection it is more reliable.
Further, the side plate includes reinforcing rib, and the reinforcing rib adds including successively interval setting inclined stiffener and vertically
Strengthening tendons, the two neighboring inclined stiffener are symmetrical arranged about the vertical reinforcing rib between it；The vertical reinforcing rib and described
The equal cross section of inclined stiffener be it is I-shaped, the outside of the inclined stiffener is equipped with first panel, and inside is equipped with second panel,
The inside of the first panel is embedded in the outside of the inclined stiffener, and passes through rivet, the two sides point of the second panel
It is not embedded in the inclined stiffener and the vertical reinforcing rib, the second panel and the inclined stiffener and the vertical reinforcing rib
Between also pass through rivet.
Beneficial effect using above-mentioned further technical solution is：Entire side plate is all made of riveting and grafting, complete solderless
It connects, overall weight is small, and intensity is high；
Further, the arrangement of the reinforcing rib is symmetrical about the vertical reinforcing rib for being set to the side plate middle position, and
The arrangement of the reinforcing rib is since inclined stiffener.
Further, structure glue, the second panel are equipped between the first panel and the contact surface of the inclined stiffener
Structure glue is equipped between the vertical reinforcing rib and the contact surface of the inclined stiffener.
Further, the top plate is identical with the structure of the side plate.
Further, the top plate, side plate, Rear Door and foreboard are all made of aluminum honeycomb panel, and the aluminum honeycomb panel includes honeycomb
Core plate and the bound edge aluminium sheet being coated on the outside of the honeycomb core plate, the honeycomb core plate include that multiple cross sections are regular hexagon
Cylindricality through-hole.
Beneficial effect using above-mentioned further technical solution is：Panel using aluminum honeycomb panel as side plate, Neng Goujin
One step reduces box weight.
It further, further include lockset, the lockset includes the vertical lockset for locking door-plate and head piece and bottom cross beam, is also wrapped
Include the horizontal lockset of two fan door-plate of locking left and right.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of door pillar in the utility model；
Fig. 3 is the structural schematic diagram of head piece in the utility model；
Fig. 4 is the structural schematic diagram of bottom cross beam in the utility model；
Fig. 5 is the structural schematic diagram that the utility model insole board is connect with bottom girder；
Fig. 6 be Fig. 5 along A-A to diagrammatic cross-section；
Fig. 7 is the partial enlarged view in Fig. 6 at I；
Fig. 8 is the connection schematic diagram on the first floor and the second floor in the utility model；
Fig. 9 is the structural schematic diagram that the utility model indsole plate framework is connect with bottom girder；
Figure 10 is the structural schematic diagram of bottom girder in the utility model；
Figure 11 is the structural schematic diagram of the utility model latus inframedium；
In the accompanying drawings, list of designations represented by each label is as follows：1, top plate, 2, door pillar, 2-1, angle supporting device, 2-
2, column ontology, 2-21, hinge mounting groove, 2-3, bottom corner piece, 2-4, head piece caulking groove, 2-5, door-plate caulking groove, 2-6, through-hole, 2-
7, the first through slot, 2-8, bottom cross beam caulking groove, 3, head piece, 3-1, the first rectangular box, 3-11, the first framework top plate, 3-12,
One framework side plate, 3-13, the first framework bottom plate, 3-2, top plate caulking groove, 3-21, upper plate caulking groove wall, 3-22, lower roof plate caulking groove
Wall, 4, bottom cross beam, 4-1, the second rectangular box, 4-11, second framework top plate, 4-12, second framework side plate, 4-13, the second frame
Body bottom plate, 4-2, transverse bar, the horizontal supporting plate of 4-3,5, Rear Door, 6, top beam, 7, front column, 8, bottom girder, 8-1, groove body side wall, 8-
2, groove body lower plate, 8-3, bearing plate, 9, side plate, 9-1, first panel, 9-2, second panel, 9-3, vertical reinforcing rib, 9-4, tiltedly
Reinforcing rib, 10, lockset, 11, riveted holes, 12, bottom plate, 12-1, floor, 12-11, lower panel, 12-12, groove, 12-13, T-type
Protrusion, 12-14, card slot, 12-15, buckle, 12-16, strut, 12-2, chassis, 12-21, floor beam, 12-22, angle
Aluminium, 13, clapboard, 13-1, transverse slat, 13-2, inclined plate.
Specific embodiment
The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical
It is novel, it is not intended to limit the scope of the utility model.
As shown in Figure 1-Figure 11, a kind of spliced aluminium alloy container, including top plate 1, bottom plate 12, side plate 9, foreboard and after
Door-plate 5, by 6 grafting of top beam between the side plate 9 and the top plate 1, the side plate 9 passes through front column 7 with the foreboard
Grafting, with bottom plate 12 by 8 grafting of bottom girder, the side plate 9 is connect with Rear Door 5 by door pillar 2 side plate 9；It is described
Rear Door 5 and the foreboard upper end pass through head piece 3 and connect with top plate 1, and the Rear Door 5 and the foreboard lower end pass through
Bottom cross beam 4 and 12 grafting of bottom plate；
The bottom plate 12 is logical including chassis 12-2 and floor 12-1, the floor 12-1 and the chassis 12-2
Screw 12-17 connection is crossed, the chassis includes multiple floor beam 12-21 being arranged between two bottom girders,
Multiple floor beam 12-21 are parallel to each other, and the side at the both ends the floor beam 12-21 passes through the aluminum corner brace 12-22
It is fixedly connected with the bottom girder 8；
The floor 12-1 includes the first floor profile, and first floor profile includes lower panel 12-11, described following
One end of plate 12-11 is free end, and the other end is equipped with card slot 12-14, and the card slot 12-14 is fixed on institute by strut 12-16
It states on lower panel 12-11, the lower panel 12-11 is equipped with multiple T-type protrusion 12-13, and the T-type protrusion 12-13 includes head
Portion and bar portion, the height of the bar portion are consistent with the height of the strut 12-16；
The floor further includes the second floor profile, and second floor profile includes the lower panel 12-11, under described
One end of panel 12-11 is equipped with the card slot 12-14, and the other end is equipped with the buckle 12-15 matched with the card slot 12-14,
The buckle 12-15 is fixed on the lower panel 12-11 by the strut 12-16.The buckle 12-15 and the card slot
Structure glue is coated on the contact surface of 12-14.
The bottom girder 8 includes groove body, and the groove body includes two groove body side wall 8-1 and groove body lower plate 8-2, under the groove body
Plate 8-2 extends to form bearing plate 8-3 to side, and the bearing plate 8-3 is used for Fixing angle aluminum 12-22 and floor beam 12-21, institute
The both ends for stating floor beam 12-21 prevent on the bearing plate 8-3, then vertical by the aluminum corner brace 12-22 and the bottom again
Beam 8 rivets, and clapboard 13 is equipped in the groove body, and the length of the clapboard 13 is less than the length of the groove body, and the wedge
Size of the both ends of shape plate 13 apart from the groove body both ends is identical；The clapboard 13 includes transverse slat 13-1 and inclined plate 13-2, institute
The width of transverse slat 13-1 and the equivalent width of the groove body are stated, the inclined plate 13-2 is arranged under the transverse slat 13-1 and the groove body
On the diagonal line of plate 8-2；The two sidewalls of the groove body are equipped with multiple riveted holes 11.
The door pillar 2 includes angle supporting device 2-1 and bottom corner piece 2-3, between the angle supporting device 2-1 and the bottom corner piece 2-3
Equipped with column ontology 2-2, the angle supporting device 2-1, column ontology 2-2 and the bottom corner piece 2-3 one extrusion forming, the apex angle
Part 2-1, column ontology 2-2 and the bottom corner piece 2-3 are equipped with the through-hole 2-6, the angle supporting device 2-1 and the bottom corner piece of connection
Adjacent two side of 2-3 is additionally provided with the first through slot 2-7 and the second through slot being connected to respectively with the through-hole 2-6；
The angle supporting device 2-1 and the corresponding one side of the bottom corner piece 2-3 are equipped with head piece caulking groove 2-4 and bottom cross beam is embedding
It is additionally provided with door-plate caulking groove 2-5 on slot 2-8, the angle supporting device 2-1, column ontology 2-2 and the bottom corner piece 2-3, the door-plate is embedding
Slot 2-5 is vertical with the intercalation direction of the head piece caulking groove 2-4, the head piece caulking groove 2-4 and bottom cross beam caulking groove 2-8's
Vertical direction is identical.
The outer profile of the column ontology 2-2 is rectangle, and the column ontology 2-2 is equipped with multiple hinge mounting groove 2-
21。
Head piece 3 includes the first rectangular box 3-1, and the first rectangular box 3-1 includes the first framework top plate 3-11, the
The clapboard 13 is equipped in one framework bottom plate 3-13 and two first framework side plate 3-12, the first rectangular box 3-1, it is described
The length of clapboard 13 is less than the length of the first rectangular box 3-1, and the both ends of the clapboard 13 are respectively apart from described the
The size at the both ends of one rectangular box 3-1 is identical；
The side of the first rectangular box 3-1 be equipped with top plate caulking groove 3-2, the length of the top plate caulking groove 3-2 with it is described
The length of first rectangular box 3-1 is consistent, and the top plate caulking groove 3-2 includes upper plate caulking groove wall 3-21 and lower roof plate caulking groove wall 3-
In the same plane, the top plate caulking groove 3-2 is with institute by 22, the upper plate caulking groove wall 3-21 and the first framework top plate 3-11
The one first framework side plate 3-12 for stating the first rectangular box 3-1 is top plate caulking groove bottom, and the top plate caulking groove bottom width is small
In the width of the first framework side plate 3-12；
The first rectangular box 3-1, clapboard 13 and top plate caulking groove 3-2 are integrated extrusion forming.
First framework side plate 3-12 is equipped with multiple rows of corresponding riveted holes 11, the upper plate caulking groove wall 3-21 and described
Lower roof plate caulking groove wall 3-22 is equipped with multiple rows of corresponding riveted holes 11, and top plate caulking groove bottom is equipped with riveting described in an at least row
Connect hole 11.
The bottom cross beam 4 includes that the second rectangular box 4-1, the second rectangular box 4-1 includes second framework top plate 4-
11, transverse bar 4-2 is equipped in second framework bottom plate 4-13 and two second framework side plate 4-12, the second rectangular box 4-1, it is described
The length of transverse bar 4-2 is less than the length of the second rectangular box 4-1, and the both ends of the transverse bar 4-2 are respectively apart from described second
The size at the both ends of rectangular box 4-1 is identical, the two sides of the transverse bar 4-2 and the two second framework side plate 4-12 arc transitions
Connection；
The side of the second rectangular box 4-1 is equipped with horizontal supporting plate 4-3, the side and described second of the horizontal supporting plate 4-3
The connection of framework side plate 4-12 arc transition；
The second rectangular box 4-1, transverse bar 4-2 and horizontal supporting plate 4-3 one extrusion forming.
The both ends of the two second framework side plate 4-12 are equipped with the corresponding riveted holes 11 of multiple groups.
Riveted holes 11 described at least one group are located at the top of the horizontal supporting plate 4-3.
The side plate 9 includes reinforcing rib, and the reinforcing rib includes successively being spaced setting inclined stiffener 9-4 and vertical reinforcing rib
9-3, the two neighboring inclined stiffener 9-4 are symmetrical arranged about the vertical reinforcing rib 9-3 between it；The vertical reinforcing rib 9-
The 3 and inclined stiffener 9-4 equal cross section be it is I-shaped, the outside of the inclined stiffener 9-4 is equipped with first panel 9-1,
Inside is equipped with second panel 9-2, and the inside of the first panel 9-1 is embedded in the outside of the inclined stiffener 9-4, and passes through rivet
Riveting, the two sides of the second panel 9-2 are respectively embedded into the inclined stiffener 9-4 and the vertical reinforcing rib 9-3, and described second
Also pass through rivet between the panel 9-2 and inclined stiffener 9-4 and the vertical reinforcing rib 9-3.
The arrangement of the reinforcing rib is symmetrical and described about the vertical reinforcing rib 9-3 for being set to the side plate middle position
The arrangement of reinforcing rib is since inclined stiffener 9-4.
Structure glue, the second panel 9- are equipped between the first panel 9-1 and the contact surface of the inclined stiffener 9-4
Structure glue is equipped between 2 and the vertical reinforcing rib 9-3 and the contact surface of the inclined stiffener 9-4.
The top plate 1 is identical with the structure of the side plate 9.
The top plate 1, side plate 9, Rear Door 5 and foreboard are all made of aluminum honeycomb panel, and the aluminum honeycomb panel includes honeycomb core plate
With the bound edge aluminium sheet being coated on the outside of the honeycomb core plate, the honeycomb core plate includes the cylindricality that multiple cross sections are regular hexagon
Through-hole.
It further include lockset 10, it further includes lock that the lockset, which includes the vertical lockset for locking door-plate and head piece and bottom cross beam,
The horizontal lockset of tight two fan door-plate of left and right.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model
Within the scope of shield.
Claims (10)
1. a kind of spliced aluminium alloy container, including top plate and bottom plate, side plate, foreboard and Rear Door, which is characterized in that described
By top beam grafting between side plate and the top plate, the side plate and the foreboard by front column grafting, the side plate with
Bottom plate is connect with Rear Door by door pillar by bottom girder grafting, the side plate；The Rear Door and the foreboard upper end are equal
It is connect by head piece with top plate, the Rear Door and the foreboard lower end pass through bottom cross beam and bottom plate grafting；
The bottom plate includes chassis and floor, and the floor is connected by screw to the chassis, the bottom plate frame
Frame includes the multiple floor beams being arranged between two bottom girders, and the side at the floor beam both ends passes through aluminum corner brace
It is fixedly connected with the bottom girder；
The floor includes the first floor profile, and first floor profile includes lower panel, and one end of the lower panel is certainly
By holding, the other end is equipped with card slot, and the card slot is fixed on the lower panel by strut, and the lower panel is equipped with multiple T
Type protrusion, the T-type protrusion includes head and bar portion, and the height of the bar portion is consistent with the height of the strut；
The floor further includes the second floor profile, and second floor profile includes the lower panel, and the one of the lower panel
End is equipped with the card slot, and the other end is equipped with the buckle that matches with the card slot, described to snap through the strut and be fixed on institute
It states on lower panel.
2. spliced aluminium alloy container according to claim 1, which is characterized in that the buckle connects with the card slot
Structure glue is coated in contacting surface.
3. spliced aluminium alloy container according to claim 1 or 2, which is characterized in that the bottom girder includes groove body,
The groove body includes two groove body side walls and groove body lower plate, and the groove body lower plate extends to form bearing plate, the bearing plate to side
For Fixing angle aluminum, the length equipped with clapboard described in clapboard in the groove body is less than the length of the groove body, and the wedge
Size of the both ends of shape plate apart from the groove body both ends is identical；The clapboard includes transverse slat and inclined plate, the width of the transverse slat
With the equivalent width of the groove body, the inclined plate is arranged on the transverse slat and the diagonal line of the groove body lower plate；The groove body
Two sidewalls are equipped with multiple riveted holes.
4. spliced aluminium alloy container according to claim 3, which is characterized in that the door pillar include angle supporting device and
Bottom corner piece is equipped with column ontology, the angle supporting device, column ontology and the bottom corner piece between the angle supporting device and the bottom corner piece
Integrated extrusion forming, the angle supporting device, column ontology and the bottom corner piece are equipped with the through-hole of connection, the angle supporting device and described
Adjacent two side of bottom corner piece is additionally provided with the first through slot and the second through slot being connected to respectively with the through-hole；
The angle supporting device and the corresponding one side of the bottom corner piece are equipped with head piece caulking groove and bottom cross beam caulking groove, the apex angle
Door-plate caulking groove, the intercalation side of the door-plate caulking groove and the head piece caulking groove are additionally provided on part, column ontology and the bottom corner piece
To vertical.
5. spliced aluminium alloy container according to claim 4, which is characterized in that the outer profile of the column ontology is
Rectangle, the column ontology are equipped with multiple hinge mounting grooves.
6. spliced aluminium alloy container according to claim 5, which is characterized in that head piece includes the first rectangle frame
Body, first rectangular box include the first framework top plate, the first framework bottom plate and two first framework side plates, first rectangle
The clapboard is equipped in framework, the length of the clapboard is less than the length of first rectangular box, the clapboard
The size at both ends both ends apart from first rectangular box respectively is identical；
The side of first rectangular box is equipped with top plate caulking groove, the length of the top plate caulking groove and first rectangular box
Length is consistent, and the top plate caulking groove includes upper plate caulking groove wall and lower roof plate caulking groove wall, the upper plate caulking groove wall and described the
In the same plane, the top plate caulking groove is embedding as top plate using one first framework side plate of first rectangular box for one framework top plate
Trench bottom, and the top plate caulking groove bottom width is less than the width of the first framework side plate；
First rectangular box, clapboard and top plate caulking groove are integrated extrusion forming.
7. spliced aluminium alloy container according to claim 6, which is characterized in that the first framework side plate is equipped with multiple rows of
Corresponding riveted holes, the upper plate caulking groove wall and the lower roof plate caulking groove wall are equipped with multiple rows of corresponding riveted holes, institute
Top plate caulking groove bottom is stated equipped with riveted holes described in an at least row.
8. according to the described in any item spliced aluminium alloy containers of claim 4-7, which is characterized in that the bottom cross beam includes
Second rectangular box, second rectangular box include second framework top plate, second framework bottom plate and two second framework side plates, institute
It states and is equipped with transverse bar in the second rectangular box, the length of the transverse bar is less than the length of second rectangular box, the transverse bar
The size at both ends both ends apart from second rectangular box respectively is identical, the two sides of the transverse bar and the two second framework sides
The connection of plate arc transition；
The side of second rectangular box is equipped with horizontal supporting plate, the side of the horizontal supporting plate and the second framework side plate circular arc mistake
Cross connection；
Second rectangular box, transverse bar and horizontal supporting plate one extrusion forming.
9. spliced aluminium alloy container according to claim 8, which is characterized in that the two of the two second framework side plates
End is equipped with the corresponding riveted holes of multiple groups.
10. spliced aluminium alloy container according to claim 9, which is characterized in that riveted holes described at least one group
Positioned at the top of the horizontal supporting plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721901586.4U CN208150145U (en) | 2017-12-29 | 2017-12-29 | A kind of spliced aluminium alloy container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721901586.4U CN208150145U (en) | 2017-12-29 | 2017-12-29 | A kind of spliced aluminium alloy container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208150145U true CN208150145U (en) | 2018-11-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721901586.4U Active CN208150145U (en) | 2017-12-29 | 2017-12-29 | A kind of spliced aluminium alloy container |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111348110A (en) * | 2020-04-25 | 2020-06-30 | 重庆仟和镁业科技有限公司 | Lightweight magnesium alloy carriage |
| CN113548328A (en) * | 2021-08-13 | 2021-10-26 | 王龙晋 | 45 chi, 53 chi container bottom plates and container |
| CN117342152A (en) * | 2023-12-06 | 2024-01-05 | 山东三星机械制造有限公司 | Container for ocean ship |
-
2017
- 2017-12-29 CN CN201721901586.4U patent/CN208150145U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111348110A (en) * | 2020-04-25 | 2020-06-30 | 重庆仟和镁业科技有限公司 | Lightweight magnesium alloy carriage |
| CN113548328A (en) * | 2021-08-13 | 2021-10-26 | 王龙晋 | 45 chi, 53 chi container bottom plates and container |
| CN117342152A (en) * | 2023-12-06 | 2024-01-05 | 山东三星机械制造有限公司 | Container for ocean ship |
| CN117342152B (en) * | 2023-12-06 | 2024-03-12 | 山东三星机械制造有限公司 | Container for ocean ship |
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