CN205221358U - Two -sided aluminum alloy tray - Google Patents
Two -sided aluminum alloy tray Download PDFInfo
- Publication number
- CN205221358U CN205221358U CN201520876132.0U CN201520876132U CN205221358U CN 205221358 U CN205221358 U CN 205221358U CN 201520876132 U CN201520876132 U CN 201520876132U CN 205221358 U CN205221358 U CN 205221358U
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- CN
- China
- Prior art keywords
- backing plate
- longeron
- aluminum alloy
- crossbeam
- sided aluminum
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Abstract
The utility model provides a two -sided aluminum alloy tray, includes load portion (1), supporting part (2), the top and a bottom difference rigid coupling load portion (1) of this supporting part (2), supporting part (2) include longeron (21), crossbeam (22), indulge backing plate (23) and horizontal backing plate (24), longeron (21), crossbeam (22) are rectangular frame through angle pillar (213) the rigid coupling that is located the tip, and every longeron (21), crossbeam (22) middle part all is equipped with limit pillar (214), backing plate (23), horizontal backing plate (24) are cross structure through intermediate studdle (233) the rigid coupling in the middle part of being located from north to south, and difference overlap joint in backing plate (23) both ends is on both sides crossbeam (22) from north to south, and this horizontal backing plate (24) both ends difference overlap joint is on both sides longeron (21). Borrow by above -mentioned technical scheme, the utility model provides a strong, the environmental protection of big, anti the falling nature of two -sided aluminum alloy tray structural strength, and retrieve the price and retrieve according to 80~90 percent of primary aluminum, use cost is low.
Description
Technical field
The utility model relates to a kind of support holder structure, particularly relates to a kind of two-sided aluminum alloy pallet being used in the fields such as storage, logistics.
Background technology
The important accessory equipment that pallet loads and unloads as the field such as logistics, storage, store and transport, with fork truck with the use of playing vital effect in modern logistics.
The pallet used in the market mainly contains wood pallets, plastic pallet, metal tray.Wooden tray moisture-sensitive, mouldy, damage by worms, and can not to clean.In addition, its in use surperficial wood chip easily come off, the simultaneously manufacture of a large amount of Wooden tray causes the serious waste of the forest reserves, and the sustainable development of the forest reserves advocated with country runs in the opposite direction.The plastic pallet major part of correlation technique is single use, and breakage rate is high, not environmentally.Although the metal tray structural strength of correlation technique is large, crash resistance is strong, environmental protection, can be recycled, its heavier mass, and the light metal tray intensity of quality is low.
Therefore be necessary to propose a kind of novel tray to overcome above technical matters.
Summary of the invention
The purpose of this utility model is, overcomes the defect of existing pallet, and provide that a kind of quality is light, structural strength is large, environmental protection, reusable edible high-quality pallet.
The purpose of this utility model and to solve its technical matters be realize by the following technical solutions.According to the two-sided aluminum alloy pallet of one that the utility model proposes, comprise load-carrying portion 1, support portion 2, the top of this support portion 2 and bottom affixed load-carrying portion 1 respectively, described support portion 2 comprises longeron 21, crossbeam 22, vertical backing plate 23 and horizontal backing plate 24, described longeron 21, crossbeam 22 are affixed by four angle posts 213 being positioned at end is rectangular frame, and is equipped with quarter line pillaring 214 in the middle part of each longeron 21, crossbeam 22; Described vertical backing plate 23, horizontal backing plate 24 are affixed by the center stanchion 233 in the middle part of being positioned at is cross-shaped configuration, and these vertical backing plate 23 two ends are overlapped on both sides crossbeam 22 respectively, and these horizontal backing plate 24 two ends are overlapped on two side girders 21 respectively.
The purpose of this utility model and solve its technical matters and also adopt following technical measures to realize further.
Aforesaid two-sided aluminum alloy pallet, that described load-carrying portion comprises some mutual overlap joints and the panel 11 be placed on rectangular frame and vertical backing plate that described longeron and crossbeam form and the cross-shaped configuration that horizontal backing plate forms, this panel 11 comprises centre panel 111 and two limit panels 112, the two ends of this centre panel 111 broad ways are provided with lap joint 1111, and described limit panel 112 to abut in lap joint 1111 and welds; Be welded and fixed between described panel 11 and described crossbeam 22 and horizontal backing plate 24.
Aforesaid two-sided aluminum alloy pallet, the centre panel 111 of its carrying effect described and limit panel 112 are equipped with pulse type anti-slip veins, and object is the friction force increasing goods and pallet, prevents goods from fork truck delivery process, relative sliding occurring; All adopt ⊥ type muscle structure, this structure lateral rigidity is large, and resistance to bending is strong, and punching hole on panel between muscle and muscle, enough bearing capacities can be formed, the weight of pallet can be alleviated again.
Aforesaid two-sided aluminum alloy pallet, both sides, described angle post 213 upper end are equipped with draw-in groove 2131 on first of lower recess, and both sides, lower end are equipped with the first lower blocked slot 2132 upwards caved in; Described quarter line pillaring 214 upper end is provided with draw-in groove 2141 on second of lower recess, and lower end is provided with the second lower blocked slot 2142 upwards caved in.
Aforesaid two-sided aluminum alloy pallet, described longeron 21 comprises longeron 211, lower longeron 212, on this, longeron 211 bottom is provided with the first downward chamfered edge 2111, be placed in the middle part of this first chamfered edge 2111 on second in draw-in groove 2141, its end abutment be arranged on side, angle post 213 upper end first in draw-in groove 2131; This lower longeron 212 top is provided with the second chamfered edge 2121 upwards, is placed in the second lower blocked slot 2142 in the middle part of this second chamfered edge 2121, and its end abutment is arranged on the first lower blocked slot 2132 of side, same angle post 213 lower end.
Aforesaid two-sided aluminum alloy pallet, described crossbeam 22 comprises entablatrance 221, cross sill 222, this entablatrance 221 bottom is provided with the 3rd downward chamfered edge 2211, be placed in the middle part of 3rd chamfered edge 2111 on second in draw-in groove 2141, its end abutment be arranged on angle post 213 upper end opposite side first in draw-in groove 2131; This cross sill 222 top is provided with and is placed in the second lower blocked slot 2142 in the middle part of the 4th chamfered edge the 2221, four chamfered edge 2121 upwards, and its end abutment is arranged on the first lower blocked slot 2132 of same angle post 213 lower end opposite side.
Preferably, described longeron 21, crossbeam 22 all adopt same cross section, i.e. the structure of hollow reinforcement, can form enough bearing forces, can alleviate again the weight of pallet.
Aforesaid two-sided aluminum alloy pallet, described angle post 213, quarter line pillaring 214 and center stanchion 233 all adopt hollow structure, can form enough bearing forces, can alleviate again the weight of pallet.
Aforesaid two-sided aluminum alloy pallet, described vertical backing plate 23 comprises vertical backing plate 231, lower vertical backing plate 232, on this, vertical backing plate 231, lower vertical backing plate 232 are welded and fixed with the center stanchion 233 being positioned at middle part, and vertical backing plate 231 two ends abut the side that both sides entablatrance 221 extends respectively on this, these lower vertical backing plate 232 two ends abut the side that both sides cross sill 222 extends respectively.
Aforesaid two-sided aluminum alloy pallet, described horizontal backing plate 24 comprises horizontal backing plate 241, bottom rail backing plate 242, on this, horizontal backing plate 241, bottom rail backing plate 242 are welded and fixed with the center stanchion 233 being positioned at middle part, and horizontal backing plate 241 two ends abut the side that longeron 211 on both sides extends respectively on this, these bottom rail backing plate 212 two ends abut the side that longeron 222 under both sides extends respectively.
Preferably, described vertical backing plate 23 all adopts same cross section with horizontal backing plate 24, namely adopts the structure of hollow reinforcement, can form enough bearing forces, can alleviate again the weight of pallet.
Preferably, described panel, longeron, crossbeam, vertical backing plate, horizontal backing plate and pillar are all fixed by welding manner, and compared with card slot type or connecting method, after welding, aluminum alloy pallet overall construction intensity is large, crash resistance is strong, sturdy and durable.
By technique scheme, a kind of two-sided aluminum alloy pallet of the utility model adopts bilateral structure, without the need to arranging anti-skid rubber cushion by rivet or other fasteners in tray bottom, the operation making pallet can be reduced, pallet can be prevented again preferably with the relative sliding occurred in goods transport process.This two-sided aluminum alloy support holder structure structural strength is large simultaneously, crash resistance strong, environmental protection, and unit take-back cost reclaims by 80 ~ 90% of primary aluminum, and use cost is low.
In sum, a kind of novel two-sided aluminum alloy pallet of the utility model has significant progress technically, and has obvious good effect, is really a new and innovative, progressive, practical new design.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of the two-sided aluminum alloy pallet of the utility model;
Fig. 2 is the three-dimensional structure diagram of support portion in the two-sided aluminum alloy pallet of the utility model;
Fig. 3 is the three-dimensional structure diagram of longeron in the two-sided aluminum alloy pallet of the utility model;
Fig. 4 is the three-dimensional structure diagram of the utility model two-sided aluminum alloy pallet center member;
Fig. 5 is the three-dimensional structure diagram of panel in the two-sided aluminum alloy pallet of the utility model;
Fig. 6 is I place's partial enlarged drawing in Fig. 5.
[main element nomenclature]
1: load-carrying portion 2: support portion
21: longeron 211: upper longeron
212: lower longeron 213: angle post
Draw-in groove 2132: the first lower blocked slot on 2131: the first
214: draw-in groove on quarter line pillaring 2141: the second
2142: the second lower blocked slot 2111: the first chamfered edges
2121: the second chamfered edges 22: crossbeam
221: entablatrance 222: cross sill
2211: the three chamfered edge 2221: the four chamfered edges
23: vertical backing plate 231: above vertical backing plate
232: lower vertical backing plate 233: center stanchion
24: horizontal backing plate 241: upper horizontal backing plate
242: bottom rail backing plate 11: panel
111: centre panel 1111: lap joint
112: limit panel
Detailed description of the invention
Below in conjunction with drawings and embodiments, the utility model is described further.
Refer to Fig. 1 to Fig. 6, a kind of two-sided aluminum alloy pallet of the utility model, comprise: load-carrying portion 1 and the support portion 2 be fixedly supported on below load-carrying portion 1, support portion 2 comprises longeron 21, crossbeam 22, vertical backing plate 23 and horizontal backing plate 24, that load-carrying portion 1 comprises some mutual overlap joints and the panel 11 be placed on rectangular frame and vertical backing plate 23 that longeron 21 and crossbeam 22 form and the cross-shaped configuration that horizontal backing plate 34 forms.Wherein, longeron 21 comprises longeron 211, the lower longeron 212 be arranged in parallel with upper longeron 211, and the angle post 213 be vertically installed between longeron 211 and lower longeron 212 and quarter line pillaring 214, angle post 213 and between quarter line pillaring 214 with longeron 21 for being fixedly connected with; Crossbeam 22 comprises entablatrance 221, the cross sill 222 be arranged in parallel with entablatrance 221, and the angle post 213 be vertically installed between entablatrance 221 and cross sill 222 and quarter line pillaring 214; Angle post 213 and between quarter line pillaring 214 with crossbeam 22 for being fixedly connected with; Vertical backing plate 23 comprises vertical backing plate 231, the lower vertical backing plate 232 be arranged in parallel with upper vertical backing plate 231, and is vertically installed in the center stanchion 233 between vertical backing plate 231 and lower vertical backing plate 232, and the mode by welding between center stanchion 233 with vertical backing plate 23 is fixed; Horizontal backing plate 24 comprises horizontal backing plate 241, the bottom rail backing plate 242 be arranged in parallel with upper horizontal backing plate 241, and is vertically installed in the center stanchion 233 between horizontal backing plate 241 and bottom rail backing plate 242, and the mode by welding between center stanchion 233 with horizontal backing plate 24 is fixed; Panel 11 is made up of centre panel 111 and two limit panels 112, wherein, the two ends of centre panel 111 broad ways are provided with lap joint 1111 and limit panel 112 to abut in lap joint 1111 and is welded into panel 11 by friction stir welding, and panel 11 is fixed by the mode of welding with between crossbeam 22 and horizontal backing plate 24.
The bottom of upper longeron 211 is provided with the first downward chamfered edge 2111, the upper end of angle post 213 and quarter line pillaring 214 has machinework that first chamfered edge 2111 downward with upper longeron 211 match respectively and to form on first of lower recess draw-in groove 2141 on draw-in groove 2131 and second, the middle part that downward the first chamfered edge 2111 of upper longeron 211 is positioned at length direction is placed in draw-in groove 2141 on second, and its two ends abut and to be arranged on first in draw-in groove 2131.The top of lower longeron 212 is provided with the second chamfered edge 2121 upwards, the lower end of angle post 213 and quarter line pillaring 214 has the machinework matched with lower longeron 212 the second chamfered edge 2121 upwards respectively and forms the first lower blocked slot 2132 and the second lower blocked slot 2142 upwards caved in, the middle part that lower longeron 212 the second chamfered edge 2121 is upwards positioned at length direction is placed in the second lower blocked slot 2142, and its two ends abut and are arranged in the first lower blocked slot 2132.The bottom of entablatrance 221 is provided with the 3rd downward chamfered edge 2211, the upper end of angle post 213 and quarter line pillaring 214 has machinework that three chamfered edge 2211 downward with entablatrance 221 match respectively and to form on first of lower recess draw-in groove 2141 on draw-in groove 2131 and second, the middle part that downward the 3rd chamfered edge 2211 of entablatrance 221 is positioned at length direction is placed in draw-in groove 2141 on second, and its two ends abut and to be arranged on first in draw-in groove 2131.The top of cross sill 222 is provided with the 4th chamfered edge 2221 upwards, the lower end of angle post 213 and quarter line pillaring 214 has the machinework that four chamfered edge 2221 downward with cross sill 222 match respectively and forms the first lower blocked slot 2132 and the second lower blocked slot 2142 upwards caved in, the middle part that cross sill 222 the 4th chamfered edge 2221 is upwards positioned at length direction is placed in the second lower blocked slot 2142, and its two ends abut and are arranged in the first lower blocked slot 2132.
Compared with prior art, the utility model aluminum alloy pallet adopts bilateral structure, bearing capacity is large, in conjunction with the hollow structure design of longeron, crossbeam, vertical backing plate, horizontal backing plate and pillar, become the auxiliary hole of a large amount of regular distribution in addition in panel upper punch swaging, the overall weight of aluminum alloy pallet is reduced in a large number; Simultaneously because aluminium can reclaim completely, whole pallet can reclaim huge profit use, economical environment-protective completely, and its unit take-back cost can reclaim by 80 ~ 90% of primary aluminum, and use cost is lower; Vertical backing plate and the setting of horizontal backing plate under panel add the firmness of aluminum alloy pallet largely.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; for the utility model those skilled in the art; everyly utilize the utility model specification sheets and the improvement done by accompanying drawing content, be all in like manner included in scope of patent protection of the present utility model.
Claims (9)
1. a two-sided aluminum alloy pallet, it is characterized in that: comprise load-carrying portion (1), support portion (2), the top of this support portion (2) and bottom affixed load-carrying portion (1) respectively, described support portion (2) comprises longeron (21), crossbeam (22), vertical backing plate (23) and horizontal backing plate (24), described longeron (21), crossbeam (22) are affixed by the angle post (213) that is positioned at end is rectangular frame, and each longeron (21), crossbeam (22) middle part is equipped with quarter line pillaring (214); Described vertical backing plate (23), horizontal backing plate (24) are affixed by the center stanchion (233) in the middle part of being positioned at is cross-shaped configuration, and these vertical backing plate (23) two ends are overlapped on both sides crossbeam (22) respectively, these horizontal backing plate (24) two ends are overlapped on two side girders (21) respectively.
2. two-sided aluminum alloy pallet according to claim 1, it is characterized in that: described load-carrying portion is a panel (11), this panel (11) comprises centre panel (111) and two limit panels (112), the two ends of this centre panel (111) broad ways are provided with lap joint (1111), and described limit panel (112) abuts to lap joint (1111) and goes up and weld; Be welded and fixed between said panel (11) and described crossbeam (22) and horizontal backing plate (24).
3. two-sided aluminum alloy pallet according to claim 2, is characterized in that: described centre panel (111) and limit panel (112) are equipped with pulse type anti-slip veins, and all adopts ⊥ type muscle structure.
4. two-sided aluminum alloy pallet according to claim 1, it is characterized in that: described angle post (213) both sides, upper end are equipped with draw-in groove (2131) on first of lower recess, both sides, lower end are equipped with the first lower blocked slot (2132) upwards caved in; Described quarter line pillaring (214) upper end is provided with draw-in groove (2141) on second of lower recess, and lower end is provided with the second lower blocked slot (2142) upwards caved in.
5. two-sided aluminum alloy pallet according to claim 4, it is characterized in that: described longeron (21) comprises longeron (211), lower longeron (212), on this, longeron (211) bottom is provided with downward the first chamfered edge (2111), this the first chamfered edge (2111) middle part is placed in draw-in groove on second (2141), and its end abutment is arranged in draw-in groove on first (2131); This lower longeron (212) top is provided with the second chamfered edge (2121) upwards, this the second chamfered edge (2121) middle part is placed in the second lower blocked slot (2142), and its end abutment is arranged on the first lower blocked slot (2132).
6. two-sided aluminum alloy pallet according to claim 4, it is characterized in that: described crossbeam (22) comprises entablatrance (221), cross sill (222), this entablatrance (221) bottom is provided with the 3rd downward chamfered edge (2211), 3rd chamfered edge (2111) middle part is placed in draw-in groove on second (2141), and its end abutment is arranged in draw-in groove on first (2131); This cross sill (222) top is provided with the 4th chamfered edge (2221) upwards, 4th chamfered edge (2121) middle part is placed in the second lower blocked slot (2142), and its end abutment is arranged on the first lower blocked slot (2132).
7. two-sided aluminum alloy pallet according to claim 1, is characterized in that: described angle post (213), quarter line pillaring (214) and center stanchion (233) all adopt hollow structure.
8. two-sided aluminum alloy pallet according to claim 6, it is characterized in that: described vertical backing plate (23) comprises vertical backing plate (231), lower vertical backing plate (232), on this vertical backing plate (231), lower vertical backing plate (232) and be positioned at middle part center stanchion (233) be welded and fixed; And vertical backing plate (231) two ends abut the side that both sides entablatrance (221) extends respectively on this, these lower vertical backing plate (232) two ends abut the side that both sides cross sill (222) extends respectively.
9. two-sided aluminum alloy pallet according to claim 5, it is characterized in that: described horizontal backing plate (24) comprises horizontal backing plate (241), bottom rail backing plate (242), on this horizontal backing plate (241), bottom rail backing plate (242) and be positioned at middle part center stanchion (233) be welded and fixed; And horizontal backing plate (241) two ends abut the side that longeron on both sides (211) extends respectively on this, these bottom rail backing plate (212) two ends abut the side that longeron (222) under both sides extends respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520876132.0U CN205221358U (en) | 2015-11-05 | 2015-11-05 | Two -sided aluminum alloy tray |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520876132.0U CN205221358U (en) | 2015-11-05 | 2015-11-05 | Two -sided aluminum alloy tray |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205221358U true CN205221358U (en) | 2016-05-11 |
Family
ID=55896439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520876132.0U Expired - Fee Related CN205221358U (en) | 2015-11-05 | 2015-11-05 | Two -sided aluminum alloy tray |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205221358U (en) |
-
2015
- 2015-11-05 CN CN201520876132.0U patent/CN205221358U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PP01 | Preservation of patent right |
Effective date of registration: 20180412 Granted publication date: 20160511 |
|
| PP01 | Preservation of patent right | ||
| PD01 | Discharge of preservation of patent |
Date of cancellation: 20210412 Granted publication date: 20160511 |
|
| PD01 | Discharge of preservation of patent | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160511 Termination date: 20191105 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |