CN105620959A - Layering device for containers - Google Patents
Layering device for containers Download PDFInfo
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- CN105620959A CN105620959A CN201610080199.2A CN201610080199A CN105620959A CN 105620959 A CN105620959 A CN 105620959A CN 201610080199 A CN201610080199 A CN 201610080199A CN 105620959 A CN105620959 A CN 105620959A
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- support bar
- framework
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- connecting rod
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D90/00—Component parts, details or accessories for large containers
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Abstract
The invention provides a layering device for containers, and belongs to the technical field of transportation, and the layering device solves the technical problem that a current layering device for the containers has a blocking condition and the like in a splicing process. The layering device for the containers comprises a framework I and a framework II, wherein the framework I comprises a plurality of supporting rods I which are parallel to one another; the framework II comprises a plurality of supporting rods II which are parallel to one another; the other ends of the plurality of the supporting rods I are fixedly provided with fixed parts I; splicing holes are formed between the fixed parts I and any two adjacent supporting rods I among the plurality of the supporting rods I; the other ends of the plurality of the second supporting rods pass through the splicing holes, and the supporting rods II and the supporting rods I can relatively slide; end parts, which penetrate through the splicing holes, of the plurality of the supporting rods II are fixedly provided with fixed parts II; and the fixed parts II are positioned between the connecting rods I and the fixed parts I. The layering device has the advantages that the layering device can be smoothly retracted or stretched and the supporting strength of the layering device can be improved during stretching and layering.
Description
Technical field
The invention belongs to transport field, relate to the decker of a kind of container.
Background technology
Container belongs to the one of container, is goods container important in modern logistics. In logistics transportation process, lot cargo is placed in container, due to goods mounted on top, stacks number of plies Duo Shi lower floor goods and is subject to upper strata goods extruding, may damage, simultaneously for the more effective inner space utilizing container, it is often necessary to according to the size of goods, goods is carried out upper lower leaf placement, for this, people just have devised decker at internal container, thus the levels realizing goods is independently placed, it is to avoid the extruding between goods, and effectively utilize internal container space.
Needing when container is layered to consider to use motility, therefore current decker all adopts retractable structure, can be packed up by decker when being layered. The disclosed a kind of layering device in packing box [application publication number CN102897448A] of Chinese patent literature, including plate-shaped gripper shoe with for being fixed on the keeper inside container, one end of gripper shoe is for being hinged on the hinged end inside container, the other end of gripper shoe is bond end, gripper shoe also has locking mechanism, gripper shoe is rocked to locking mechanism after vertically around its hinged place can make it keep fixing, applying external force makes gripper shoe go out of lock after mechanism, and gripper shoe can be rocked to its bond end clamping on the positioning element around its hinged place. In this patent, gripper shoe is hinged by plate one and plate two, plate one and plate two-phase hinged place are positioned in the middle part of gripper shoe, very big pressure can be born in the middle part of it when being placed on the supporting plate by goods, the hinged place of plate one and plate two can be pressed downward curved, therefore cannot carrying very heavy goods, gripper shoe cannot keep smooth simultaneously; Gripper shoe is fixing relative to the upper-lower position of container, and therefore the layer height of gripper shoe is fixing, and actually used limitation is relatively big, and practicality is relatively low.
In order to solve the problems referred to above, Chinese patent literature also discloses the decker [application publication number CN105253484A] of a kind of container, this decker discloses framework one and framework two, framework one includes connecting rod one and support bar one, support bar one has spliced eye, having connecting rod two and shank on framework two, shank can insert in spliced eye. When packing up or stretch, shank slides along spliced eye, owing to framework one and framework two need bearing goods when stretching, goods is pressed on support bar one and shank and can cause support bar one and shank bending, cause that deformation occur in support bar one and shank, therefore the cooperation of shank and spliced eye will be destroyed in use for some time, cause that shank cannot slide smoothly in spliced eye, also result in framework one and framework two cannot be packed up smoothly or stretch, time serious, can cause that framework one and framework two are stuck; Additionally, by being welded and fixed between connecting rod one and support bar one, support bar one and bracing piece and connecting rod two and shank in this patent, in welding process, high temperature can cause that metal produces deformation, this shape resulting in spliced eye and shank changes so that cause that shank cannot slide smoothly in spliced eye.
Summary of the invention
It is an object of the invention to there are the problems referred to above for existing technology, it is proposed that the decker of a kind of container, present invention solves the technical problem that and be so that decker can be packed up smoothly or stretch and improve decker support strength when stretching layering.
The purpose of the present invention can be realized by following technical proposal:
A kind of decker of container, including the two groups of guide rails being separately fixed on container two side, often group guide rail includes two guide rails, decker also includes the framework one and the framework two that are arranged between two groups of guide rails, described framework one includes some support bars one being parallel to each other, one end of some support bars one is connected to connecting rod one, described connecting rod one is connected with one of which guide rail by sliding seat, described framework two includes some support bars two being parallel to each other, one end of some support bars two is connected to connecting rod two, described connecting rod two is by connector and another group guide rail releasable connection, it is characterized in that, the other end of some described support bars one is fixed with fixture one, fixture one and some support bars 1 are formed between two support bars one of arbitrary neighborhood spliced eye, the other end of some described support bars two passes above-mentioned spliced eye and support bar two and support bar one energy relative sliding, some described support bars two are fixed with fixture two through the end of spliced eye, fixture two is between connecting rod one and fixture one.
When the connector of framework two is connected with guide rail, framework one and framework two are in extended configuration, and now framework one and framework two are by lower leaf on container, framework one and can arrangement of goods on framework two; When the connector of framework two separates with guide rail, the support bar one of support bar two opposing frame one of framework two slides, framework two is taken in framework one, thus framework one and framework two are packed up, between sliding seat and connecting rod one hinged, after framework one and framework two are packed up, rotatable frame one and framework two make the tank wall of framework one and framework two and container recline, thus concede container space so that container connects up and down; Spliced eye is formed by fixture one and support bar one, the length of spliced eye is shorter, and owing to support bar two remains the state through spliced eye, the shape of spliced eye is to maintain constant all the time, thus do not have because of spliced eye pressurized deformation causes support bar two cannot the smooth and easy situation through spliced eye; Fixture two, for connecting in one overall by the end of some support bars two, improves the intensity of framework two; Owing to support bar one is through fixture two, framework one is subject to the pressure of goods and passes to support bar two by fixture one, framework two is subject to the pressure of goods and passes to support bar one also by fixture two, fixture one and fixture two is passed through at goods by pressure by sharing to framework one and framework two when being therefore placed only on framework one or framework two, improve the ability of the bearing goods of framework one and framework two, the Stability Analysis of Structures on framework one and framework two is ensured, it is to avoid pressure is excessive occurs that deformation causes stuck situation when goods is placed and skew occurred; Support bar one and support bar two between fixture one and fixture two are interleaved with connection, support between is by support bar one and support bar two shared, therefore improve and support intensity, improve framework one and framework two support strength of middle part when extended configuration, also avoid support bar one and diastrophic situation occurs in support bar two, thus ensure that support bar one and support bar two relative sliding when packing up or stretch are smooth and easy.
In the decker of above-mentioned container, fixed by rivet or bolt between described fixture one and support bar one; Fixed by rivet or bolt between described fixture two and support bar two. Fixture one and support bar one and fixture two and support bar two are fixed by non-heated mode, avoid fixture one, support bar one, fixture two and support bar two and the possibility of deformation occurs in process of production, and fixture one and support bar one and fixture two and support bar two also can firmly be fixed by rivet or the fixing mode of bolt.
In the decker of above-mentioned container, described fixture one is fixed frame one, described support bar one is hollow stem, the rectangular in cross-section frame-type of described support bar one, the other end of some described support bars one is all located in fixed frame one, and the upper surface of support bar one and lower surface all recline with the inwall of fixed frame one and fix. Support bar one and the fixed frame one of this structure recline, and contact area is big, can disperse the active force being subject to, it is to avoid stress is concentrated and caused deformation to bend; Hollow support bar one lighter weight, is easy to operation when packing up or stretch; Fixture one can also be two fixed strips one, and two fixed strips one are separately fixed on upper surface and the lower surface of some support bars one.
In the decker of above-mentioned container, the lateral surface of the two described support bars one being positioned at framework one both sides all reclines with the inwall of fixed frame one. The end shape being made some support bars one by fixed frame one is integral, improves the intensity of fixed frame one.
In the decker of above-mentioned container, the spliced eye formed between described fixed frame one with adjacent two support bars one is rectangular opening, described support bar two is hollow stem, the rectangular in cross-section shaped as frame of described support bar two, the upper surface of described support bar two and lower surface can recline with the inwall of fixed frame one. This structure makes to have between support bar two and fixed frame one enough contacts area, can disperse the active force being subject to, it is to avoid stress is concentrated and caused deformation to bend; Hollow support bar two lighter weight, is easy to operation when packing up or stretch.
In the decker of above-mentioned container, described fixture two is fixed frame two, described support bar one both passes through fixed frame two, the upper surface of support bar one and lower surface can recline with the inwall of fixed frame two, and the lateral surface of the two described support bars one being positioned at framework one both sides all reclines with the inwall of fixed frame two, the upper surface of support bar two and lower surface all recline with the inwall of fixed frame two and fix. Owing to support bar one defines the position of fixed frame two, the position of fixed frame two relative to the support bar two that fixed frame two is fixed also just is defined, relative position between side and the side of support bar two of support bar one is fixed, in the process packed up or stretch, support bar one remains parallel with support bar two, thus do not have stuck situation between support bar one and support bar two, it is ensured that framework one and framework two pack up or stretch smooth and easy; Fixture two can also be two fixed strips two, and two fixed strips two are separately fixed on upper surface and the lower surface of some support bars two.
In the decker of above-mentioned container, described connecting rod one has some connecting holes one, one end of described support bar one is plugged on connecting hole one and the end of support bar one passes connecting hole one, and described support bar one passes and is welded and fixed between the end of connecting hole one and connecting rod one. This structure ensure that connecting rod one and support bar one fix intensity, and support bar one passes welding between the end of connecting hole one and connecting rod one and support bar one entirety will not cause the impact of deformation, so that shank one can normally through fixed frame two, it is to avoid stuck situation occurs.
In the decker of above-mentioned container, described connecting rod two has some connecting holes two, one end of described support bar two is plugged on connecting hole two and the end of support bar two passes connecting hole two, and described support bar two passes and is welded and fixed between the end of connecting hole two and connecting rod two. This structure ensure that connecting rod two and support bar two fix intensity, and support bar two passes welding between the end of connecting hole two and connecting rod two and support bar two entirety will not cause the impact of deformation, so that the normal grafting spliced eye of support bar two energy, it is to avoid stuck situation occurs.
In the decker of above-mentioned container, when the connector in described connecting rod two is connected with guide rail, between fixture one and fixture two, there is interval. When connector in connecting rod two is connected with guide rail, framework one and framework two are deployed condition, between fixture one and fixture two separately, there is one section of support bar being interspersed one and support bar two so that the weight capacity of framework one and framework two middle part upon deployment increases.
In the decker of above-mentioned container, the length of described support bar one is identical with the length of support bar two, and size and the shape in support bar one cross section are identical with the size of support bar two and shape. Support bar one is the same with support bar two structure and size, it is simple to processing, can realize standardization.
In the decker of above-mentioned container, described guide rail has some bayonet sockets along its length, described sliding seat includes can along the pedestal of slide, the pressure head being hinged in pedestal and the link being hinged on pedestal, connecting rod one and link are fixed, one end of described pressure head has fixture block, in fixture block energy card card inlet, described pedestal is rotatably connected to rotating shaft, being positioned at pedestal in described rotating shaft and be fixed with pressing plate, described pressing plate is positioned at the other end of pressure head and can act on the other end of described pressure head. One end of rotating shaft passes pedestal and is connected to turning handle, when sliding seat is positioned on guide rail, the fixture block of pressure head is stuck in the bayonet socket of guide rail, when needing the position regulating sliding seat by rotating turning handle drive axis of rotation, pressing plate promotes the other end of pressure head that one end of pressure head is tilted, and the bayonet socket of fixture block and guide rail departs from, thus realizing sliding seat along slide, rotating shaft is simultaneously connected with on the pedestal of two sliding seats, therefore can realize the unblock of two sliding seats by rotating a turning handle; Connecting rod one can rotate along with link, and therefore framework one can rotate the position being level or reclining with tank wall.
In the decker of above-mentioned container, rotating shaft is cased with torsion spring, one end of torsion spring and connecting rod one against, the other end of torsion spring and pedestal against. When framework one rotates and fits on tank wall, torsion spring can play cushioning effect, it is to avoid strikes on tank wall between framework one.
In the decker of above-mentioned container, described guide rail has some bayonet sockets along its length, the two ends of described connecting rod two are respectively connected with connector, described connector includes sliding sleeve and is fixed on sliding sleeve bayonet lock, sliding sleeve is enclosed within connecting rod two, one of them sliding sleeve is fixed with connecting rod two, and another sliding sleeve can slide along connecting rod two, and described bayonet lock can insert in the bayonet socket of guide rail. Owing to the interval between guide rail exists error, therefore one of them sliding sleeve can relatively connecting rod two slide can when being connected with guide rail adjusting position, with coordinating of realization and guide rail; When framework two is connected with guide rail, bayonet lock inserts in the bayonet socket of guide rail, bayonet lock and bayonet socket is departed from when framework one and framework two are packed up by needs, easy to operate.
Compared with prior art, the decker of this container can ensure the support strength of framework one and framework two when stretching layering, it is avoided that framework one and framework two occur that deformation causes occurring stuck situation in the process packed up or stretch so that framework one and framework two have when packing up or stretch and remain advantage smoothly simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation during expansion of the decker of this container.
Fig. 2 is structural representation when packing up of the decker of this container.
Fig. 3 is framework one and framework two state diagram upon deployment.
Fig. 4 is framework one and the framework two state diagram when packing up.
Fig. 5 is the structure for amplifying schematic diagram in A portion in Fig. 4.
Fig. 6 is the structure for amplifying schematic diagram in B portion in Fig. 4.
Fig. 7 is the structural representation of framework two.
Fig. 8 is the structural representation of framework one.
Fig. 9 is the structure for amplifying schematic diagram in C portion in Fig. 8.
The structural representation at another visual angle when Figure 10 is the expansion of the decker of this container.
Figure 11 is the structure for amplifying schematic diagram in D portion in Figure 10.
Figure 12 is the structure for amplifying schematic diagram in E portion in Figure 10.
Figure 13 is the structure for amplifying schematic diagram in F portion in Figure 10.
In figure, 1, guide rail; 11, bayonet socket; 2, framework one; 21, support bar one; 22, connecting rod one; 23, sliding seat; 231, pedestal; 232, pressure head; 233, link; 234, rotating shaft; 235, turning handle; 236, torsion spring; 237, pressing plate; 24, fixed frame one; 241, spliced eye; 3, framework two; 31, support bar two; 32, connecting rod two; 33, connector; 331, sliding sleeve; 332, bayonet lock; 34, fixed frame two; 4, rivet.
Detailed description of the invention
The following is specific embodiments of the invention and in conjunction with accompanying drawing, technical scheme is further described, but the present invention is not limited to these embodiments.
As depicted in figs. 1 and 2, the decker of container includes the two groups of guide rails 1 being separately fixed on container two side, and often group guide rail 1 includes two guide rails 1, and decker also includes the framework 1 and the framework 23 that are arranged between two groups of guide rails 1.
Such as Fig. 3, Fig. 4, shown in Fig. 8 and Fig. 9, framework 1 includes some being parallel to each other and for the support bar 1 of hollow stem, the rectangular in cross-section frame-type of support bar 1, one end of some support bars 1 is connected to connecting rod 1, connecting rod 1 is connected with one of which guide rail 1 by sliding seat 23, such as Figure 10, shown in Figure 11 and Figure 12, in the present embodiment, sliding seat 23 includes the pedestal 231 that can slide along guide rail 1, it is hinged on the pressure head 232 in pedestal 231 and the link 233 being hinged on pedestal 231, connecting rod 1 is fixed with link 233, guide rail 1 has some bayonet sockets 11 along its length, one end of pressure head 232 has fixture block, in fixture block energy card card inlet 11, pedestal 231 is rotatably connected to rotating shaft 234, rotating shaft 234 is positioned at pedestal 231 and is fixed with pressing plate 237, pressing plate 237 is positioned at the other end of pressure head 232 and can be applied on the other end of pressure head 232, one end of rotating shaft 234 passes pedestal 231 and is connected to turning handle 235, when sliding seat 23 is positioned on guide rail 1, the fixture block of pressure head 232 is stuck in the bayonet socket 11 of guide rail, rotating shaft 234 is driven to rotate when needing the position regulating sliding seat 23 by rotation turning handle 235, pressing plate 237 promotes the other end of pressure head 232 that one end of pressure head 232 is tilted, the bayonet socket 11 of fixture block and guide rail departs from, slide thus realizing sliding seat 23 along guide rail 1, rotating shaft 234 is simultaneously connected with on the pedestal 231 of two sliding seats 23, therefore the unblock of two sliding seats 23 can be realized by rotating a turning handle 235, rotating shaft 234 is cased with torsion spring 236, one end of torsion spring 236 and connecting rod 1 against, the other end of torsion spring 236 and pedestal 231 against, when framework 1 rotates and fits on tank wall, torsion spring 236 can play cushioning effect, avoid striking on tank wall between framework one, the other end of some support bars 1 is fixed with fixture one, fixture one and form spliced eye 241 in some support bars 1 between two support bars 1 of arbitrary neighborhood.
Specifically, fixture one can be fixed frame 1 or two fixed strips one, and wherein two fixed strips one are separately fixed on upper surface and the lower surface of some support bars 1. as preferably, such as Fig. 3, Fig. 4, shown in Fig. 8 and Fig. 9, in the present embodiment, fixture one is fixed frame 1, the other end of some support bars 1 is all located in fixed frame 1, the upper surface of support bar 1 and lower surface all recline with the inwall of fixed frame 1, the upper surface of support bar 1 and lower surface are fixed by rivet 4 or bolt and fixed frame 1, the present embodiment adopt rivet 4 fix, the lateral surface of the two described support bars 1 being positioned at framework 1 both sides all reclines with the inwall of fixed frame 1, the spliced eye 241 formed between fixed frame 1 with adjacent two support bars 1 is rectangular opening.
As shown in Fig. 3, Fig. 4 and Fig. 7, framework 23 includes some being parallel to each other and for the support bar 2 31 of hollow stem, the rectangular in cross-section shaped as frame of support bar 2 31, the length of support bar 1 is identical with the length of support bar 2 31, and size and the shape in support bar 1 cross section are identical with the size of support bar 2 31 and shape. one end of some support bars 2 31 is connected to connecting rod 2 32, connecting rod 2 32 is by connector 33 and another group guide rail 1 releasable connection, such as Figure 10, shown in Figure 11 and Figure 13, in the present embodiment, the two ends of connecting rod 2 32 are respectively connected with connector 33, connector 33 includes sliding sleeve 331 and is fixed on sliding sleeve bayonet lock 332, sliding sleeve 331 is enclosed within connecting rod 2 32, one of them sliding sleeve 331 is fixed with connecting rod 2 32, another sliding sleeve 331 can slide along connecting rod 2 32, bayonet lock 332 can insert in the bayonet socket 11 of guide rail 1, bayonet lock 332 can insert the bayonet socket 11 inner position framework 23 of guide rail 1, when framework 1 and framework 23 are packed up by needs, bayonet lock 332 and bayonet socket 11 are departed from, the other end traverse spliced eye 241 of some support bars 2 31, the upper surface of support bar 2 31 and lower surface can recline with the inwall of fixed frame 1, support bar 2 31 and support bar 1 energy relative sliding, some support bars 2 31 are fixed with fixture two through the end of spliced eye 241, and fixture two is between connecting rod 1 and fixture one.
Specifically, fixture two is fixed frame 2 34 or two fixed strips two, and two fixed strips two are separately fixed on upper surface and the lower surface of some support bars 2 31. as preferably, such as Fig. 3, shown in Fig. 4 and Fig. 7, in the present embodiment, fixture two is fixed frame 2 34, support bar 1 both passes through fixed frame 2 34, between fixed frame 1 and fixed frame 2 34, there is interval when connector 33 in connecting rod 2 32 is connected with guide rail 1, the upper surface of support bar 1 and lower surface can recline with the inwall of fixed frame 2 34, and the lateral surface being positioned at two support bars 1 of framework 1 both sides all reclines with the inwall of fixed frame 2 34, the upper surface of support bar 2 31 and lower surface all recline with the inwall of fixed frame 2 34, the upper surface of support bar 2 31 and lower surface are fixed by rivet 4 or bolt and fixed frame 2 34, the present embodiment adopt rivet 4 fix.
As shown in Figure 5 and Figure 6, connecting rod 1 has some connecting holes one, one end of support bar 1 is plugged on connecting hole one and the end of support bar 1 passes connecting hole one, and support bar 1 passes and is welded and fixed between the end of connecting hole one and connecting rod 1. Having some connecting holes two in connecting rod 2 32, one end of support bar 2 31 is plugged on connecting hole two and the end of support bar 2 31 passes connecting hole two, and support bar 2 31 passes and is welded and fixed between the end of connecting hole two and connecting rod 2 32.
As depicted in figs. 1 and 2, when the connector 33 of framework 23 is connected with guide rail 1, framework 1 and framework 23 are in extended configuration, and now framework 1 and framework 23 are by lower leaf on container, framework 1 and can arrangement of goods on framework 23, when the connector 33 of framework 23 separates with guide rail 1, the support bar 1 of support bar 2 31 opposing frame 1 of framework 23 slides, and is taken in by framework 23 in framework 1, thus framework 1 and framework 23 being packed up so that container connects up and down, spliced eye 241 is formed by fixture one and support bar 1, the length of spliced eye 241 is shorter, and owing to support bar 2 31 remains the state through spliced eye 241, the shape of spliced eye 241 is to maintain constant all the time, thus do not have because of spliced eye 241 pressurized deformation causes support bar 2 31 cannot the smooth and easy situation through spliced eye 241, fixture two, for connecting in one overall by the end of some support bars 2 31, improves the intensity of framework 23, owing to support bar 1 is through fixture two, framework 1 is subject to the pressure of goods and passes to support bar 2 31 by fixture one, framework 23 is subject to the pressure of goods and passes to support bar 1 also by fixture two, fixture one and fixture two is passed through at goods by pressure by sharing to framework 1 and framework 23 when being therefore placed only on framework 1 or framework 23, improve the ability of the bearing goods of framework 1 and framework 23, the Stability Analysis of Structures on framework 1 and framework 23 is ensured when goods is placed and skew occurred, avoid that pressure is excessive occurs that deformation causes stuck situation, support bar 1 and support bar 2 31 between fixture one and fixture two are interleaved with connection, support between is by support bar 1 and support bar 2 31 shared, therefore improve and support intensity, improve framework 1 and framework 23 support strength of middle part when extended configuration, also avoid support bar 1 and diastrophic situation occurs in support bar 2 31, thus ensure that support bar 1 and support bar 2 31 relative sliding when packing up or stretch are smooth and easy.
Specific embodiment described herein is only to present invention spirit explanation for example. Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art, but without departing from the spirit of the present invention or surmount the scope that appended claims is defined.
Claims (10)
1. the decker of a container, including the two groups of guide rails (1) being separately fixed on container two side, often organize guide rail (1) and include two guide rails (1), decker also includes the framework one (2) and the framework two (3) that are arranged between two groups of guide rails (1), described framework one (2) includes some support bars one (21) being parallel to each other, one end of some support bars one (21) is connected to connecting rod one (22), described connecting rod one (22) is connected with one of which guide rail (1) by sliding seat (23), described framework two (3) includes some support bars two (31) being parallel to each other, one end of some support bars two (31) is connected to connecting rod two (32), described connecting rod two (32) is by connector (33) and another group guide rail (1) releasable connection, it is characterized in that, the other end of some described support bars one (21) is fixed with fixture one, fixture one and some support bars one (21) are formed between two support bars one (21) of arbitrary neighborhood spliced eye (241), the other end of some described support bars two (31) passes above-mentioned spliced eye (241) and support bar two (31) and support bar one (21) energy relative sliding, some described support bars two (31) are fixed with fixture two through the end of spliced eye (241), fixture two is positioned between connecting rod one (22) and fixture one.
2. the decker of container according to claim 1, it is characterised in that fixed by rivet (4) or bolt between described fixture one and support bar one (21); Fixed by rivet (4) or bolt between described fixture two and support bar two (31).
3. the decker of container according to claim 1, it is characterised in that between fixture one and fixture two, there is interval when the connector (33) in described connecting rod two (32) is connected with guide rail (1).
4. the decker of the container according to claim 1 or 2 or 3, it is characterized in that, described fixture one is fixed frame one (24), described support bar one (21) is hollow stem, the rectangular in cross-section frame-type of described support bar one (21), the other end of some described support bars one (21) is all located in fixed frame one (24), and the upper surface of support bar one (21) and lower surface all recline with the inwall of fixed frame one (24) and fix.
5. the decker of container according to claim 4, it is characterised in that the lateral surface of the two described support bars one (21) being positioned at framework one (2) both sides all reclines with the inwall of fixed frame one (24).
6. the decker of container according to claim 4, it is characterized in that, the spliced eye (241) formed between described fixed frame one (24) with adjacent two support bars one (21) is rectangular opening, described support bar two (31) is hollow stem, the rectangular in cross-section shaped as frame of described support bar two (31), the upper surface of described support bar two (31) and lower surface can recline with the inwall of fixed frame one (24).
7. the decker of container according to claim 6, it is characterized in that, described fixture two is fixed frame two (34), described support bar one (21) both passes through fixed frame two (34), the upper surface of support bar one (21) and lower surface can recline with the inwall of fixed frame two (34), and the lateral surface of the two described support bars one (21) being positioned at framework one (2) both sides all reclines with the inwall of fixed frame two (34), the upper surface of support bar two (31) and lower surface all recline with the inwall of fixed frame two (34) and fix.
8. the decker of the container according to claim 1 or 2 or 3, it is characterized in that, described guide rail (1) has some bayonet sockets (11) along its length, described sliding seat (23) includes the pedestal (231) that can slide along guide rail (1), it is hinged on the pressure head (232) in pedestal (231) and the link (233) being hinged on pedestal (231), connecting rod one (22) is fixed with link (233), one end of described pressure head (232) has fixture block, in fixture block energy card card inlet (11), described pedestal (231) is rotatably connected to rotating shaft (234), described rotating shaft (234) is positioned at pedestal (231) and is fixed with pressing plate (237), described pressing plate (237) is positioned at the other end of pressure head (232) and can act on the other end of described pressure head (232).
9. the decker of container according to claim 8, it is characterized in that, rotating shaft (234) is cased with torsion spring (236), one end of torsion spring (236) and connecting rod one (22) against, the other end of torsion spring (236) and pedestal (231) against.
10. the decker of the container according to claim 1 or 2 or 3, it is characterized in that, described guide rail (1) has some bayonet sockets (11) along its length, the two ends of described connecting rod two (32) are respectively connected with connector (33), described connector (33) includes sliding sleeve (331) and is fixed on the upper bayonet lock (332) of sliding sleeve (331), sliding sleeve (331) is enclosed within connecting rod two (32), one of them sliding sleeve (331) is fixed with connecting rod two (32), another sliding sleeve (331) can slide along connecting rod two (32), described bayonet lock (332) can insert the bayonet socket 11 of guide rail (1)) in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610080199.2A CN105620959B (en) | 2016-02-04 | 2016-02-04 | A kind of decker of container |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610080199.2A CN105620959B (en) | 2016-02-04 | 2016-02-04 | A kind of decker of container |
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| CN105620959A true CN105620959A (en) | 2016-06-01 |
| CN105620959B CN105620959B (en) | 2018-06-26 |
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| CN201610080199.2A Active CN105620959B (en) | 2016-02-04 | 2016-02-04 | A kind of decker of container |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN201491975U (en) * | 2009-05-20 | 2010-06-02 | 东莞市铭德金属制品有限公司 | Telescopic supporter |
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| CN110027817A (en) * | 2019-04-25 | 2019-07-19 | 中铁第四勘察设计院集团有限公司 | A kind of high-speed rail materials stream informationization machine for collecting load of removable brace type |
| CN110238068A (en) * | 2019-06-24 | 2019-09-17 | 乔紫妍 | Adjustable express delivery sorter suitable for more sizes |
Also Published As
| Publication number | Publication date |
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| CN105620959B (en) | 2018-06-26 |
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