CN106542223A - A kind of top board assembly of cargo transport case - Google Patents
A kind of top board assembly of cargo transport case Download PDFInfo
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- CN106542223A CN106542223A CN201510606669.XA CN201510606669A CN106542223A CN 106542223 A CN106542223 A CN 106542223A CN 201510606669 A CN201510606669 A CN 201510606669A CN 106542223 A CN106542223 A CN 106542223A
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Abstract
A kind of top board assembly of cargo transport case, including：Rectangular top board main body and the angle supporting device public affairs body for being arranged on top board main body corner location, the surrounding of top board main body are provided with pilot hole；Angle supporting device public affairs body includes：Box body, flank and buttcover plate, box body include：Roof, diapire and the side wall being connected between roof and bottom, roof, diapire, roof and side wall enclose to form a hollow cuboid structure, offer hole for hoist on roof and/or side wall；Flank is disposed therein the bottom of side wall, and the lower end of flank exceeds downwards diapire；Buttcover plate is connected to below diapire, and the pilot hole to detachably connected angle supporting device parent is provided with buttcover plate.The present invention arranges angle supporting device public affairs body by the corner location in top board assembly, is engaged with the angle supporting device parent of front wall and rear wall bottom corner, realizes reliably docking with forward and backward corner portion, effectively increases the bonding strength of SKD transport case bottom corners position.
Description
Technical field
The present invention relates to a kind of cargo transport case, more particularly to a kind of large-scale goods container, the such as top board assembly structure of container, commuting case.
Background technology
Existing large cargo transport case, e.g., container, commuting case etc., commuting case is generally included：One tetragonal loading casing and four supporting legs for being arranged on box bottom, casing include：Chassis assembly, erects the headwall in chassis assembly rear and front end, erects the both walls in chassis assembly side, and the top board assembly at the top of being covered in headwall and side wall.The corner positions that top board assembly is connected with side wall, headwall are provided with angle supporting device, on the one hand the angle supporting device can strengthen the intensity of corner location at the top of commuting case, on the other hand, as the side of angle supporting device is provided with hole for hoist, it is thus able to realize that land-and-water transportation is lifted, so as to greatly improve traffic efficiency.The corner positions that chassis assembly is connected with side wall, headwall are provided with bottom corner piece, to realize land transport with trailer interlocking by the bottom corner piece, or realize the downward pile of transport case by the bottom corner piece, solve the problems, such as transport case stacking.
Existing large cargo transport case is produced in China's Mainland mostly, and the connection between each part of transport case mostly adopts welding manner, non-dismountable between each part, FCL can only be transported to European ＆ American Market.Typically empty van transport before new product is non-delivery, therefore, freight is high, conevying efficiency is low.
Recently as SKD（Semi Knock Down, semi knock down）The rise of concept, some industries antecessor attempts SKD theories being applied on the bulk transport case such as container, commuting case, transport case is disassembled into into multiple semi-finished product discrete piece in manufacture, the usually six big discrete piece such as chassis assembly, front end wall, back-end wall, side wall and top board assembly, in the position prepared screw-bolt hole that each discrete piece is connected with each other, during transport, discrete piece is put into and carry out in container stacking transport, as ready passes through bolt by discrete piece quick-assembling again into casing after transporting to destination.This SKD transport cases are due to being transported discrete piece stacked load in container, thus substantially increase conevying efficiency, reduce cost of transportation, also improve the safety of transportation, reduce damage rate of goods.
When transport case disassembles into SKD discrete piece, angle supporting device is welded on the corner location of top board assembly discrete piece usually as monolithic construction, but, as existing angle supporting device is all tetragonal structure, and the discrete piece such as front end wall, back-end wall, side wall is laminated structure, thus result in top board assembly corner location reliably to dock with front end wall, back-end wall, side wall, so as to affect the bulk strength of SKD transport cases.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of top board assembly of cargo transport case, weaker to solve the problems, such as SKD transport case bottom corners position bonding strength.
To solve above-mentioned technical problem, the present invention proposes a kind of top board assembly of cargo transport case, including：Rectangular top board main body and the angle supporting device public affairs body for being arranged on the top board main body corner location, the surrounding of the top board main body are provided with pilot hole；The angle supporting device public affairs body includes：Box body, flank and buttcover plate, box body include：Roof, diapire and the side wall being connected between roof and bottom, the roof, diapire, roof and side wall enclose to form a hollow cuboid structure, offer hole for hoist on the roof and/or the side wall；Flank is disposed therein the bottom of side wall, and the lower end of the flank exceeds downwards the diapire；Buttcover plate is connected to below the diapire, and the pilot hole to detachably connected angle supporting device parent is provided with the buttcover plate.
More preferably, the flank is outwardly in coupled side wall.
More preferably, the flank is tilt flat plate, the flank and coupled side wall composition obtuse angle angle.
More preferably, the flank is in step-like, including：It is vertically connected on the web and the wing plate for being extended downward vertically and being formed by the web outer end of side wall bottom.
More preferably, at least one pilot hole for being detachably connected angle supporting device parent is set on the wing plate.
More preferably, it is provided with to position the location structure of assembling angle supporting device parent on the diapire of the box body.
More preferably, guide wall acclivitous relative to the diapire is formed between the side wall lower ends and the diapire of the flank opposite side, the guide wall constitutes obtuse angle angle with the diapire.
More preferably, the buttcover plate is flat board, and one end is to the flank.
More preferably, the wherein side wall of the box body integrally stretches out and forms wall extension, and the side wall for connecting the flank is intersected vertically with the wall extension, and the wall extension flushes in outer rim of the flank away from the box body away from the outer rim of the box body.
More preferably, the flank is extended downwardly away from the side of the wall extension and the side wall of the wall extension offside and forms overlap.
More preferably, the side of the buttcover plate dorsad overlap is additionally provided with reinforcement, and the reinforcement is vertically connected between the buttcover plate and the base plate.
More preferably, angle supporting device public affairs body is formed in one part.
More preferably, the corner location of the top board main body opens up a breach respectively, the top board main body forms two right-angle sides respectively in each gap position, the angle supporting device public affairs body is arranged on the gap position, dock with two right-angle sides of indentation, there respectively the adjacent two side of angle supporting device public affairs body phase, the flank of the angle supporting device public affairs body is located at the outside of the top board main body, and the flank positioned at the two angle supporting devices public affairs body of described top board principal length direction one end mutually deviates from.
More preferably, the top board main body includes：Lamina tecti, the top beam for being connected laterally at lamina tecti rear and front end and the longitudinally connected top beam of laterally in the lamina tecti left and right sides, the breach is formed in the intersection of the top beam and the top beam of laterally, and the adjacent two side of angle supporting device public affairs body phase is welded to connect with the top beam and the top beam of laterally respectively, the top beam and described determine on curb girder, to be provided with pilot hole.
More preferably, the width of the top board assembly is 2550mm.
Compared with prior art, the present invention has the advantages that：The present invention arranges angle supporting device public affairs body by the corner location in top board assembly, is engaged with the angle supporting device parent of front wall and rear wall bottom corner, realizes reliably docking with forward and backward corner portion, effectively increases the bonding strength of SKD transport case bottom corners position.
Description of the drawings
Explosive views of the Fig. 1 for transport case；
Axonometric drawings of Fig. 2 a for top board assembly；
Fig. 2 b are top board assembly and front wall, the mated condition figure of side wall；
Fig. 3 is angle supporting device public affairs body and the docking angled arrangement figure of angle supporting device parent one；
Fig. 4 is angle supporting device public affairs body and another docking angle structure chart of angle supporting device parent；
An angle axonometric drawings of the Fig. 5 for the angle supporting device public affairs body of first embodiment；
Another angle axonometric drawings of the Fig. 6 for the angle supporting device public affairs body of first embodiment；
Another angle axonometric drawings of the Fig. 7 for the angle supporting device public affairs body of first embodiment；
Another angle axonometric drawings of the Fig. 8 for the angle supporting device public affairs body of first embodiment；
Side views of the Fig. 9 for the angle supporting device public affairs body of first embodiment；
Front views of the Figure 10 for the angle supporting device public affairs body of first embodiment；
An angle axonometric drawings of the Figure 11 for the angle supporting device parent of first embodiment；
Another angle axonometric drawings of the Figure 12 for the angle supporting device parent of first embodiment；
Another angle axonometric drawings of the Figure 13 for the angle supporting device parent of first embodiment；
Another angle axonometric drawings of the Figure 14 for the angle supporting device parent of first embodiment；
Front views of the Figure 15 for the angle supporting device parent of first embodiment；
Top views of the Figure 16 for the angle supporting device parent of first embodiment；
Axonometric drawings of the Figure 17 for the angle supporting device parent of second embodiment；
Explosive views of the Figure 18 for the angle supporting device of 3rd embodiment；
Axonometric drawings of the Figure 19 for the angle supporting device parent of fourth embodiment.
Specific embodiment
In order to further illustrate the principle and structure of the present invention, in conjunction with accompanying drawing to a preferred embodiment of the present invention will be described in detail.
The top board assembly of the cargo transport case of the present invention can be mounted in container, carry out stacking transport, so as to save freight.
Transport case can be commuting case, alternatively container, or similar to the large-scale goods container of container.
Refering to Fig. 1, the transport case includes：Multiple burst components that can carry out bursts stacking transport, these burst components can be stacked with transport and be mounted in container and transport, or, each burst component is separated from each other and is carried out classifying being stacked in different containers and is transported.
The burst component of the transport case is divided into six big bursts, including：Chassis assembly 20, the front wall 40a for being vertically provided at 20 front end of chassis assembly, the rear wall 40b for being vertically provided at 20 rear end of chassis assembly, the side wall 30 for being vertically provided at 20 left and right sides of chassis assembly and the top board assembly 50 being covered at the top of front wall 40a, rear wall 40b and side wall 30.
It is detachably connected by securing member between above-mentioned six sheet, during transport, state between each burst component in being separated from each other, and during container can be put into, carry out burst stacking transport, as ready is transported to destination and each burst securing member is assembled into an all-in-one-piece transport cases again, so as to the cost of labor for reducing freight and when saving assembling.
More preferably, the width of top board assembly 50 is 2550mm, opens height dimension 2690mm less than the door of ISO TEU (Twenty-foot Equivalent Unit)s, during vanning shipping, top board assembly 50 can be placed in TEU (Twenty-foot Equivalent Unit) in the way of width is stood, and is shipped as integrated part, so as to save freight.
The structure of top board assembly is discussed in detail below with reference to accompanying drawing.
Refering to Fig. 2 a, top board assembly 50 includes：Rectangular top board main body and the angle supporting device public affairs body 81 for being arranged on top board main body corner location.
Specifically, top board main body includes：Lamina tecti 51, the top beam 52 for being connected laterally at 51 rear and front end of lamina tecti and the longitudinally connected top beam of laterally 53 in 51 left and right sides of lamina tecti.
Pilot hole is respectively provided with top beam 52 and top beam of laterally 53, accordingly, the top of front wall 40a, rear wall 40b and side wall 30 matching pilot hole is provided with, to realize being detachably connected by securing member each other.
Refering to Fig. 2 b, angle supporting device public affairs body 81 is arranged on the corner location of the top board assembly 50 of transport case, accordingly, two Angle Positions on 42 top of front wall 41 and rear wall are provided with angle supporting device parent 82, when top board assembly 50 is assembled with front wall 41, rear wall 42, can realize that SKD transport cases corner positions are reliably docked by the connection of angle supporting device public affairs body 81 and angle supporting device parent 82, it is weak so as to solve the problems, such as existing large-scale SKD transport cases corner positions bonding strength.
The concrete structure of angle supporting device public affairs body and angle supporting device parent is discussed in detail below with reference to accompanying drawing.
Angle supporting device public affairs body
First embodiment
Refering to Fig. 3-Fig. 5, angle supporting device public affairs body 81 includes：Box body 813, flank 812 and buttcover plate 811.
Box body 813 includes：Roof 8131, diapire 8132 and the four side walls 8133,8134,8135,8136 being connected between roof 8131 and diapire 8132, roof 8131, diapire 8132 and four side walls 8133,8134,8135,8136 enclose to form a hollow cuboid structure.
Hole for hoist 8139 is offered on roof 8131 and wherein side wall 8136, two hole for hoist 8139 with 813 inner space of box body, hole for hoist 8139 on roof 8131 can be engaged with suspender twist lock and realize lifting operation, or join card operation between the top layer case for ship deck or stockyard top box pile square formation, it may also be used for the undertaking operation of double end twist lock between the upper and lower layer case of case pile.Hole for hoist 8139 on side wall 8136 can be engaged with fishhook and realize lifting by crane the operation of casing, or be solid operation for casing, or the lifting operation of the special special cabinet frame for other handling machineries.
It is understood that in other embodiments, hole for hoist 8139 only can be opened on roof 8131 or on side wall 8136, or is opened up on other any one or more side walls 8136.
Flank 812 is disposed therein the bottom of side wall 8133, and the lower end of flank 812 exceeds downwards diapire 8132.Flank 812 is tilt flat plate, flank 812 and the coupled composition obtuse angle angle of side wall 8133.An at least pilot hole 8121 is set on flank 812（The present embodiment is two, can increase and decrease quantity according to practical situation in other embodiment）, the pilot hole 8121 realizes being detachably connected with which to be engaged with angle supporting device parent 82.
Refering to Fig. 3 to Fig. 9, buttcover plate 811 is connected to below diapire 8132, and an at least pilot hole 8111 is arranged on the buttcover plate 811（The present embodiment is two, can increase and decrease quantity according to practical situation in other embodiment）, to be engaged with angle supporting device parent 82, realize being detachably connected with which.Buttcover plate 811 is flat board, and towards flank 812, so as to dock with angle supporting device parent 82 in different azimuth with flank 812, the bonding strength of corner fittings public affairs body 81 and angle supporting device parent 82 is determined in raising to the end face of its one end.
As angle supporting device public affairs body 81 and angle supporting device parent 82 are located at top board assembly and wallboard in casing assembling process respectively（Front wall and rear wall）On, and the size of top board assembly and wallboard is larger, complete the two accurately docking not a duck soup, to this, the application is provided with the location structure for positioning assembling angle supporting device parent 82 on the diapire 8132 of box body 813, so that angle supporting device public affairs body 81 and angle supporting device parent 82 quickly can be positioned in docking, docking efficiency is improved.
Location structure can be the location hole or alignment pin being formed on diapire 8132.In the present embodiment, diapire 8132 arranges an alignment pin 8139 to lower process, accordingly, location hole is provided with angle supporting device parent, alignment pin 8139 be preferably under narrow wide taper type or conical structure, location hole is preferably circular hole, so as to reduce the positioning difficulty of alignment pin 8139 and location hole, makes alignment pin 8139 be easier to dock with location hole matching.
It is understandable that, the preferable positioning mode for coordinating location structure only angle supporting device public affairs body 81 and angle supporting device parent 82 of location hole and alignment pin, but be not limited thereto, in other embodiments, alignment pin and location hole also can, recessed structure raised by other substitute, such as：Projection and shrinkage pool（Or groove）, convex tendon and groove（Or strip hole）Deng not making exhaustion herein.
In addition, to further facilitate angle supporting device public affairs body, parent docking, guide wall 8138 is formed between 8135 lower end of side wall of 812 opposite side of flank and diapire 8132 also, buttcover plate 811 is located at the medium position of diapire 8132 and is connected to the bottom surface of guide wall 8138 and diapire 8132.Guide wall 8138 constitutes obtuse angle angle with diapire 8132, so that guide wall 8138 is inclined upwardly relative to diapire 8132 and forms inclined plane, so that when angle supporting device public affairs body 81 docks angle supporting device parent 82 from top to bottom, target docking position can be slid into along the inclined plane, smoothly complete the docking of angle supporting device male and female body.
Refering to Fig. 5, the wherein side wall 8134 of box body 813 integrally stretches out and forms wall extension 814, the side wall 8133 of connection flank 812 is intersected vertically with the wall extension 814, and wall extension 814 flushes in outer rim of the flank 812 away from box body 813 away from the outer rim of box body 813.
Refering to Fig. 6 to Fig. 9, flank 812 is extended downwardly away from the side wall 8136 of 814 offside of side and wall extension of wall extension 814 and forms overlap 8137, the side of the dorsad overlap 8137 of buttcover plate 811 is provided with reinforcement 8112, and reinforcement 8112 is vertically connected between buttcover plate 811 and diapire 8132.
With reference to refering to Fig. 2 a and Fig. 5, when angle supporting device public affairs body 81 is welded in top board main body 51, the corner location of top board main body 51 opens up a breach respectively, specifically, breach is formed in the intersection of top beam 52 and top beam of laterally 53, top board main body 51 forms two right-angle sides respectively in each gap position, and angle supporting device public affairs body 81 is arranged on gap position.Specifically, when angle supporting device public affairs body 81 is welded in top board main body 51, its adjacent two side 8134,8135 is welded to connect with top beam 52 and top beam of laterally 53 respectively respectively, flank 812 is then positioned at the outside of top board main body 51, and the flank 812 positioned at the two angle supporting devices public affairs body 81 of 51 length direction one end of top board main body mutually deviates from.
Further, refering to Fig. 2 a and Figure 10, outwardly in coupled side wall 8133, width of the side wall 8133 away from 812 outer end of flank is W1 to flank 812.As the width of commuting case is more than TEU (Twenty-foot Equivalent Unit) width, so as to when angle supporting device public affairs body 81 is welded in top board 50 corner location of assembly of commuting case, width positioned between flank 812 outer end of the top board assembly 50 with the two angle supporting devices public affairs body 81 of one end is W3, width W3 is consistent with the width of commuting case, and be located at top board assembly 50 with one end two angle supporting devices public affairs body 81 813 outer wall of box body between width be W2（W2 is less than W3）, width W2 just matched with the width of TEU (Twenty-foot Equivalent Unit), enables angle supporting device public affairs body 81 to realize pile and lifting using the standard suspender of container, also allows for for commuting case mixing pile with TEU (Twenty-foot Equivalent Unit) realization.
It is understood that when the angle supporting device public affairs body 81 of the application is welded on TEU (Twenty-foot Equivalent Unit), the flank 812 of above-mentioned angle supporting device public affairs body 81 need not then protrude from coupled side wall 8133, replace, make flank 812 flush in coupled side wall 8133（That is, perpendicular to the diapire 8132 of angle supporting device public affairs body 81）.
Angle supporting device parent first embodiment
Refering to Fig. 3 and Fig. 4, angle supporting device parent 82 includes：Pedestal and connecting plate.
Pedestal includes：Roof 821, diapire 822, the first end wall 823 and the second end wall 824.Roof 821 is parallel with diapire 822 and relative, and the first end wall 823 is connected to one end of diapire 822 and roof 821, and the second end wall 824 is connected between the other end of diapire 822 and roof 821, and the first end wall 823 is in be oppositely arranged with the second end wall 824.
Connecting plate 827 is vertically connected between roof 821 and diapire 822 and two ends are respectively for the first end wall 823 and the second end wall 824.The upper end of connecting plate 827 is concordant with 821 1 lateral edges of roof, and an at least pilot hole 8271 is arranged on connecting plate 827（The present embodiment is two, can increase and decrease quantity according to practical situation in other embodiment）, to be engaged by the pilot hole 8111 on the pilot hole 8271 and angle supporting device public affairs 81 buttcover plate 811 of body, by angle supporting device public body 81 and angle supporting device parent 82 is detachably connected is fixed together.
For convenience of 8111 para-position of pilot hole on the pilot hole 8271 and buttcover plate 811 on connecting plate 827, during two pilot holes 8271 or 8111 can be made, any one is slotted hole, another one is circular hole, so as to also easily be connected by securing member when para-position slightly has deviation, improves efficiency of assembling.
Further, refering to Figure 11 to Figure 16, the side of roof 821 opens up breach 8212, and roof 821 forms intersecting side anyhow 8213 and vertical straight flange 8214 at the breach 8212.
Further, 822 side of diapire also opens up breach 8221, and the breach 8212 of roof 821 is relative with the breach 8221 of diapire 822 so that diapire 822 also forms intersecting side anyhow 8222 and vertical straight flange 8223 at breach 8221.
The top of connecting plate 827 be connected to the roof 821 anyhow at 8213 and with roof 821 anyhow while it is 8213 concordant, the bottom of connecting plate 827 be connected to diapire 822 anyhow at 8222 and with diapire 822 anyhow while it is 8222 concordant.
Yet further, the left and right two ends of connecting plate 827 dock the first end wall 823 and the second end wall 824 respectively, and connecting plate 827 is concordant with the side of the first end wall 823.
Breach 8212,8221 on the roof 821 and diapire 822 causes angle supporting device parent 82 that an avoidance space is formed between connecting plate 827 and the second end wall 824, when the angle supporting device parent 82 be fixed on front wall or rear wall and it is integral with top board general assembly when, the avoidance space can be combined together with the cargo space inside transport case, make the more upright practicality in inner space of transport case.
Further, refering to Figure 11 to Figure 13, diapire 822 stretches out in the opposite side on its side 8222 anyhow and exceeds roof 821, the first end wall 823 and the second end wall 824 and formed and floatd along 8224, this to float and form an assembly space along 8224 top, for when docking with angle supporting device public affairs body, accommodating the overlap 8137 of angle supporting device public affairs body 81（As shown in Figure 4）.
Further, refering to Fig. 3, Figure 11 to Figure 16, it is formed with second end wall 824 relative to the downward-sloping inclined-plane of 821 upper surface of roof, when angle supporting device public affairs body 81 and angle supporting device parent 82 are docked, the flank 812 of angle supporting device public affairs body 81 is just fallen on the inclined-plane of second end wall 824 and is fitted with which, and an at least pilot hole 8241 is arranged on the inclined-plane of second end wall 824（The present embodiment is two, can increase and decrease quantity according to practical situation in other embodiment）, to be engaged with the pilot hole 8121 on angle supporting device public affairs 81 flank 812 of body by the pilot hole 8241, by angle supporting device public affairs 82 detachably connected fixation of body 81 and angle supporting device parent.
In addition, it is that angle supporting device public affairs body 81 and angle supporting device parent 82 provide installation in assembling process and be oriented to that the inclined-plane of second end wall 824 is additionally aided, make angle supporting device public affairs body 81 and angle supporting device parent 82 in contraposition deviation, flank 812 is made to be snapped down to automatically accurately assemble position along the inclined-plane of the second end wall 824, so as to help angle supporting device public affairs 82 smooth para-position of body 81 and angle supporting device parent.
Further, refering to Fig. 3, Fig. 4 and Figure 15, the first end wall 823 is upwardly extended and forms backboard 825 beyond roof 821.When angle supporting device public affairs body 81 and angle supporting device parent 82 are docked, it is spacing that the backboard 825 can provide lateral block for angle supporting device public affairs body 81, prevents angle supporting device public affairs body 81 and angle supporting device parent 82 to be dislocated and cause location difficulty.
Backboard 825 constitutes obtuse angle angle towards the spigot surface 826 being formed between the one side and roof 821 of roof 821 relative to 821 upper surface updip of roof, between 821 upper surface of spigot surface 826 and roof.When angle supporting device public affairs body 81 and angle supporting device parent 82 are docked, 8138 para-position of guide wall of the spigot surface 826 and angle supporting device public affairs body 81 is simultaneously fitted, and when guide wall 8138 and spigot surface 826 be not completely to timing, spigot surface 826 can be that the diapire 8132 and guide wall 8138 of angle supporting device public affairs body 81 provide slide-and-guide, the diapire 8132 of angle supporting device public affairs body 81 is slid on the roof 821 of angle supporting device parent 82 along the spigot surface 826, promote its quick positioning.
Refering to Fig. 3, Fig. 4 and Fig. 6, on the roof 821 of angle supporting device parent 82, location hole 8211 is provided with, which is coordinated with the alignment pin 8139 of angle supporting device public affairs body 81, realizes angle supporting device public affairs body 81 and the positioning assembling of angle supporting device parent 82.
In other embodiments, also can be by 8139 transposition of alignment pin on the location hole 8211 on 82 roof 821 of angle supporting device parent and angle supporting device public affairs 81 diapire of body.Or, location hole or alignment pin are substituted using other concavo-convex location structures.
Refering to Fig. 2 b、Fig. 3、Fig. 4 and Fig. 6，Top board assembly 50 and front wall 41、When wall 42 is assembled afterwards，First top board assembly 50 is lifted to the top of 42 correspondence position of front wall 41 and rear wall，Make angle supporting device public affairs body 81 and front wall 41 and the substantially para-position of angle supporting device parent 82 at the top of rear wall 42 of 50 4 jiaos of top board assembly，Then slowly decline top board assembly 50，The buttcover plate 811 of angle supporting device public affairs body 81 is made against the connecting plate 827 of angle supporting device parent 82，And the roof 821 of angle supporting device parent 82 is located between the buttcover plate 811 and overlap 8137 of angle supporting device public affairs body 81，Then fine setting declines top board assembly 50，Lateral block is provided for angle supporting device public affairs body 81 using the backboard 825 on angle supporting device parent 82 spacing，Make angle supporting device public affairs body 81 diapire 8132 slide down to angle supporting device parent 82 along the spigot surface 826 at the top of angle supporting device parent 82 roof 821 on，At the same time，The flank 812 of angle supporting device public affairs body 81 also slides along the second end wall 824 of angle supporting device parent 82，During 826 complete para-position of spigot surface at the top of guide wall 8138 and the angle supporting device parent 82 of angle supporting device public affairs body 81，On angle supporting device public affairs body 81, alignment pin 8139 is taken advantage of a situation in the location hole for slipping into angle supporting device parent 82，Complete angle supporting device public affairs body 81 to position with angle supporting device parent 82，Then the flank 812 of angle supporting device public affairs body 81 is fixed on the inclined-plane of 82 second end wall 824 of angle supporting device parent using securing member，Simultaneously the buttcover plate 811 of angle supporting device public affairs body 81 is fixed on the connecting plate 827 of angle supporting device parent 82，Complete angle supporting device public affairs body 81 to dock with angle supporting device parent 82.
Further, since can be achieved a butt joint by buttcover plate 811 and connecting plate 827 between angle supporting device public affairs body 81 and angle supporting device parent 82, thus the pilot hole on angle supporting device public affairs 82 second end wall 824 of 81 flank 812 of body and angle supporting device parent can also be saved.
Angle supporting device parent second embodiment
Refering to Figure 17, the angle supporting device parent 82a of the present embodiment with the difference of the angle supporting device parent 82 of above-mentioned first embodiment is：In the present embodiment, roof 821a, diapire 822a, the first end wall 823a, the second end wall 824a and backboard 825a width it is equal, connecting plate 827a is vertically connected on a lateral edges of roof 821a and diapire 822a, and connecting plate 827a is also concordant with the lateral edges of the first end wall 823a, the second end wall 824a.Accordingly, the buttcover plate of the angle supporting device public affairs body for docking with connecting plate 827a is also disposed at the roof and a lateral edges of diapire of angle supporting device public affairs body, to facilitate the two to dock.
Compare the first embodiment of above-mentioned angle supporting device parent 82, breach 8212,8221 of the angle supporting device parent 82a of the present embodiment equivalent to polishing on roof 821 and diapire 822, thus when the angle supporting device parent 82a is using to transport cases, section box angle space will be taken, the intensity of angle supporting device parent 82a can also be strengthened but then, angle supporting device more firm and durable is made.
Angle supporting device 3rd embodiment
Refering to Figure 18, and unlike above-mentioned angle supporting device first embodiment, the flank 812b of the angle supporting device public affairs body 81b of the present embodiment in step-like, including：The web 8121b and the wing plate 8122b for being extended downward vertically and being formed by web 8121b outer ends of side wall 8133b bottoms are vertically connected on, the bottom surface of web 8121b is concordant with the diapire 8132b of box body 813b, and wing plate 8122b is provided with pilot hole.
Corresponding, the second end wall 824b of the angle supporting device parent 82b of the present embodiment is in also step-like, and second end wall 824b includes：Perpendicular to the facade 8241b of angle supporting device parent 82b roof 821b upper surfaces and parallel to roof 821b upper surfaces and positioned at the step surface 8242b of facade 8241b bottoms.Pilot hole is provided with the facade 8241b of the second end wall 824b, when angle supporting device public affairs body 81b is docked with angle supporting device parent 82b, the diapire 8132b and web 8121b of angle supporting device public affairs body 81b is all positioned on the roof 821b of angle supporting device parent 82b, the wing plate 8122b of angle supporting device public affairs body 81b is then placed on the step surface 8242b of angle supporting device parent 82b the second end wall 824b, and is detachably connected with the facade 8241b patch merga pass securing members of angle supporting device parent 82b the second end wall 824b on the inside of wing plate 8122b.
In addition, the roof 821b of the angle supporting device parent 82b of the present embodiment, diapire 822b, the first end wall 823b, the second end wall 824b and backboard 825b width it is also equal, breach 8212,8221 equivalent to polishing on the roof 821 and diapire 822 of the angle supporting device parent 82 of first embodiment so that the angle supporting device parent 82b intensity is more preferable.
Angle supporting device parent fourth embodiment
Refering to Figure 19, the second end wall 824b structures of the angle supporting device parent 82b of the present embodiment are identical with above-mentioned angle supporting device parent 82b 3rd embodiment structures, and roof 821c and diapire 822c structures are then identical with the structure of the angle supporting device parent 82 of above-mentioned first embodiment, that is a breach 8212c is set on roof 821c, a breach on diapire 822c, is also provided with（Not shown in figure）, and two breach are relative so that angle supporting device parent 82c forms an avoidance space in its side, it is to avoid takes the corner space in transport case, makes the more upright practicality of transport case.
The preferable possible embodiments of the present invention are these are only, are not limited the scope of the invention that the equivalent structure change done by all utilization description of the invention and accompanying drawing content is all contained in protection scope of the present invention.
Claims (15)
1. a kind of top board assembly of cargo transport case, it is characterised in that include：Rectangular top board main body and the angle supporting device public affairs body for being arranged on the top board main body corner location, the surrounding of the top board main body are provided with pilot hole；The angle supporting device public affairs body includes：
Box body, including：Roof, diapire and the side wall being connected between roof and bottom, the roof, diapire, roof and side wall enclose to form a hollow cuboid structure, offer hole for hoist on the roof and/or the side wall；
Flank, is disposed therein the bottom of side wall, and the lower end of the flank exceeds downwards the diapire；And,
Buttcover plate, is connected to below the diapire, and the pilot hole to detachably connected angle supporting device parent is provided with the buttcover plate.
2. top board assembly as claimed in claim 1, it is characterised in that the flank is outwardly in coupled side wall.
3. top board assembly as claimed in claim 2, it is characterised in that the flank is tilt flat plate, and the flank and coupled side wall constitute obtuse angle angle.
4. top board assembly as claimed in claim 2, it is characterised in that the flank in step-like, including：It is vertically connected on the web and the wing plate for being extended downward vertically and being formed by the web outer end of side wall bottom.
5. the top board assembly as described in any one in claim 1-4, it is characterised in that at least one pilot hole for being detachably connected angle supporting device parent is set on the wing plate.
6. top board assembly as claimed in claim 1, it is characterised in that be provided with to position the location structure of assembling angle supporting device parent on the diapire of the box body.
7. top board assembly as claimed in claim 1, it is characterised in that guide wall acclivitous relative to the diapire is formed between the side wall lower ends and the diapire of the flank opposite side, the guide wall and the diapire constitute obtuse angle angle.
8. top board assembly as claimed in claim 1, it is characterised in that the buttcover plate is flat board, and one end is to the flank.
9. top board assembly as claimed in claim 1, it is characterized in that, the wherein side wall of the box body integrally stretches out and forms wall extension, the side wall and the wall extension for connecting the flank intersects vertically, and the wall extension flushes in outer rim of the flank away from the box body away from the outer rim of the box body.
10. top board assembly as claimed in claim 9, it is characterised in that the flank is extended downwardly away from the side of the wall extension and the side wall of the wall extension offside and forms overlap.
11. top board assemblies as claimed in claim 10, it is characterised in that the side of the buttcover plate dorsad overlap is additionally provided with reinforcement, and the reinforcement is vertically connected between the buttcover plate and the base plate.
12. top board assemblies as claimed in claim 1, it is characterised in that angle supporting device public affairs body is formed in one part.
13. top board assemblies as claimed in claim 1, it is characterized in that, the corner location of the top board main body opens up a breach respectively, the top board main body forms two right-angle sides respectively in each gap position, the angle supporting device public affairs body is arranged on the gap position, dock with two right-angle sides of indentation, there respectively the adjacent two side of angle supporting device public affairs body phase, the flank of the angle supporting device public affairs body is located at the outside of the top board main body, and the flank positioned at the two angle supporting devices public affairs body of described top board principal length direction one end mutually deviates from.
14. top board assemblies as claimed in claim 1, it is characterised in that the top board main body includes：Lamina tecti, the top beam for being connected laterally at lamina tecti rear and front end and the longitudinally connected top beam of laterally in the lamina tecti left and right sides, the breach is formed in the intersection of the top beam and the top beam of laterally, and the adjacent two side of angle supporting device public affairs body phase is welded to connect with the top beam and the top beam of laterally respectively, the top beam and described determine on curb girder, to be provided with pilot hole.
15. top board assemblies as claimed in claim 1, it is characterised in that the width of the top board assembly is 2550mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510606669.XA CN106542223A (en) | 2015-09-22 | 2015-09-22 | A kind of top board assembly of cargo transport case |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510606669.XA CN106542223A (en) | 2015-09-22 | 2015-09-22 | A kind of top board assembly of cargo transport case |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106542223A true CN106542223A (en) | 2017-03-29 |
Family
ID=58364967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510606669.XA Withdrawn CN106542223A (en) | 2015-09-22 | 2015-09-22 | A kind of top board assembly of cargo transport case |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106542223A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108502384A (en) * | 2018-05-18 | 2018-09-07 | 中集车辆（集团）有限公司 | A kind of commuting case and packing method detachably transported |
| CN110615194A (en) * | 2019-10-31 | 2019-12-27 | 青岛中集专用车有限公司 | Container corner fitting and container |
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| SU821316A1 (en) * | 1979-06-13 | 1981-04-15 | Проектный И Научно-Исследовательскийинститут "Красноярский Промстрой-Ниипроект" | Collapsible container |
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| DE102008060654A1 (en) * | 2008-12-08 | 2010-07-15 | Hartmut Grunau | Method for insertion of goods, particularly containing contaminated material in disposal container, involves arranging side walls, front walls, base, upper opening closed by cover, and corner fittings at corner |
| CN205034586U (en) * | 2015-09-22 | 2016-02-17 | 深圳中集专用车有限公司 | Roof assembly of freight case |
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| SU821316A1 (en) * | 1979-06-13 | 1981-04-15 | Проектный И Научно-Исследовательскийинститут "Красноярский Промстрой-Ниипроект" | Collapsible container |
| US4422558A (en) * | 1980-06-30 | 1983-12-27 | Swiss Aluminium Ltd. | Container for freight transport |
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| CN205034586U (en) * | 2015-09-22 | 2016-02-17 | 深圳中集专用车有限公司 | Roof assembly of freight case |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108502384A (en) * | 2018-05-18 | 2018-09-07 | 中集车辆（集团）有限公司 | A kind of commuting case and packing method detachably transported |
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| CN110615194A (en) * | 2019-10-31 | 2019-12-27 | 青岛中集专用车有限公司 | Container corner fitting and container |
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Application publication date: 20170329 |