CN206798043U - A kind of modular logistics pallet - Google Patents
A kind of modular logistics pallet Download PDFInfo
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- CN206798043U CN206798043U CN201720703302.4U CN201720703302U CN206798043U CN 206798043 U CN206798043 U CN 206798043U CN 201720703302 U CN201720703302 U CN 201720703302U CN 206798043 U CN206798043 U CN 206798043U
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- connecting hole
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- bearing unit
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Abstract
The utility model discloses a kind of modular logistics pallet, the pallet has the basal disc of platy structure, it is provided with multigroup socle connecting hole group on the basal disc in a manner of rectangular array, the width between two adjacent groups socle connecting hole group is more than the pallet fork width of corresponding fork truck；The basal disc of the platy structure is with the independent bearing goods in its surface, or, the basal disc of the platy structure is by connecting load bearing unit, making to be connected and installed in each load bearing unit on basal disc in a manner of rectangular array in the side rat of basal disc corresponding to each socle connecting hole group, goods, which is formed, with each load bearing unit bearing goods, between adjacent load bearing unit forks passage.The utility model be either manufactured or use during, can be advantageous to production cost and effectively control, its remarkable in economical benefits is reliable and practical.
Description
Technical field
The pallet of logistics operation is the utility model is related to, specifically a kind of modular logistics pallet.
Background technology
Pallet is cargo carrier essential in modern logistics operation, and it directly affects cargo transfer, the matter of storage
Amount and efficiency, it is self-evident to its economy.
Common pallet pattern is numerous, but can substantially be divided into two classes by its molding structure.One kind is global formation knot
Structure, such pallet be typically by plastics casting or it is metal stamping formed in a manner of be molded, comparatively it is molded easy, conveniently,
Efficiently；But in use, once the part, the structure division of especially bearing goods on such pallet are damaged,
Whole pallet cancels, and can not rationally be recycled, and it is present, and service life is short, the technical problem such as non-reusable.It is another
Class is combination forming structure, and such pallet is that the load bearing unit for connecting specific structure is combined on the base of specific structure, base
Combined connecting structure between load bearing unit is unique, and unique corresponding base and load bearing unit do not have versatility,
So as to realize modularized production shaping and use, although it can realize rational recycling to a certain extent, its
The technical problems such as molding structure is complicated, difficulty is big, efficiency is low, recycling cost height be present.
Chinese patent literature discloses entitled " a kind of modularization pallet for meeting Unitized logistics "（Publication number：CN
On November 11st, 105035477,2015）, although the technology is disclosed with modularization assembling moulded tray, but its each assembling mould
Block is respectively provided with higher uniqueness, and its assembling module can not be applied to different structure only for for they complement one another
Load bearing unit composite assembly, its versatility and flexibility deficiency, be unfavorable for the control of production cost.
Utility model content
Technical purpose of the present utility model is：For above-mentioned the deficiencies in the prior art, there is provided one kind shaping is easy, side
Just, efficiently, using flexible, multi-purpose and spelling can be facilitated to recycle, is advantageous to the modular logistics support that production cost effectively controls
Disk.
Technical scheme is used by the utility model realizes its technical purpose：A kind of modular logistics pallet, the support
Disk has the basal disc of platy structure, is provided with multigroup socle connecting hole group, two adjacent groups on the basal disc in a manner of rectangular array
Width between socle connecting hole group is more than the pallet fork width of corresponding fork truck；The basal disc of the platy structure is individually held with its surface
Loading thing, or, the basal disc of the platy structure is by connecting load bearing unit, installing connection corresponding to each socle connecting hole group
In each load bearing unit on basal disc in a manner of rectangular array in the side rat of basal disc, with each load bearing unit bearing goods,
Goods is formed between adjacent load bearing unit and forks passage.
Preferably, the basal disc is lattice-shaped structure.Further, the basal disc has what vertical, horizontal interweaved
Longitudinal rib beam and horizontal bar beam.
Preferably, the socle connecting hole group set on the basal disc has at least one socle connecting hole.Enter one
Step, the socle connecting hole group has five or nine socle connecting holes.Further, the five of the socle connecting hole group
Individual or nine socle connecting holes are that shaping is arranged in a manner of circumferential array or rectangular array.Further, the socle connects
Connect hole group to arrange in molding structure in a manner of rectangular array, component is provided between the two neighboring socle connecting hole of diagonal position
Brace rod；Or the socle connecting hole group is arranged in molding structure in a manner of circumferential array, connected with one of socle
Hole is ring center.
Preferably, the load bearing unit is integral forming structure, and it has integrally formed loading plate and extremely
A few connecting pole；Or the load bearing unit is split molding structure, it is mainly by loading plate and an at least connecting pole
Connection combines, and the upper end of the connecting pole is connected to the corresponding socle connecting hole that loading plate upper and lower end is connected to basal disc
In group.Further, connection of the connecting pole of the load bearing unit in corresponding socle connecting hole group be with bolt connection or
The mode of bonding is realized.The loading plate and/or connecting pole of the load bearing unit are with plastics or stalk forming.
Preferably, the top of the basal disc, bottom both side surface are respectively flat configuration.
Preferably, the basal disc is with plastics or stalk forming.
Preferably, the periphery of the basal disc is scattered with multiple lifting hole(eyelet) structures.
Advantageous effects of the present utility model are：
1. the utility model is molded with platy structure, it can both be individually used for bearing goods, can also combine connection and hold
Carrier unit forms the logistics tray that passage is forked with goods（Use base as）, with load bearing unit bearing goods；As can be seen here, originally
Utility model is flexible in use, convenient and multi-purpose, practical, can realize that light, easy, convenient spelling is sharp again
With, versatility is good, meanwhile, design structure of the present utility model is simple, and its forming operation is easily, conveniently and efficiently；It is described before comprehensive,
The utility model be either manufactured or use during, can be advantageous to production cost and effectively control, its economic benefit
Significantly, it is reliable and practical；
2. the utility model is molded with lattice-shaped structure, it can make shaping on the premise of load-carrying members intensity is ensured
Weight is effectively reduced, and is advantageous to the convenience and economy of logistics operation, while is also advantageous to former with plastics or stalk
Material easily, conveniently, economic, efficient batch is molded；
3. the molding structure of the utility model socle connecting hole group, especially nine hole forming structures, it both can ensure that structure
Intensity, can adapt to again a variety of different structure forms load bearing unit combination connection so that practicality of the present utility model and
Flexibility is further enhanced.
Brief description of the drawings
Fig. 1 is the first structural representation of the present utility model.
Fig. 2 is Fig. 1 side view.
Fig. 3 is second of structural representation of the present utility model.
Fig. 4 is Fig. 3 side view.
Fig. 5 is the third structural representation of the present utility model.
Fig. 6 is Fig. 5 side view.
Fig. 7 is the 4th kind of structural representation of the present utility model.
Fig. 8 is Fig. 7 side view.
Code name implication in figure：1-basal disc；11-horizontal bar beam；12-longitudinal rib beam；2-socle connecting hole group；21-pin
Post connecting hole；22-component supports muscle；3-load bearing unit；31-loading plate；32-connecting pole；33-positive stop lug boss.
Embodiment
The pallet of logistics operation is the utility model is related to, specifically a kind of modular logistics tray, below with multiple
Embodiment carries out detailed, complete, specific description to technology contents of the present utility model, and which part embodiment is with reference to corresponding to
Accompanying drawing is carried out, although another section Example is not drawn individually, agent structure still can refer to existing accompanying drawing.
Embodiment 1
Referring to shown in Fig. 1 and Fig. 2, the utility model has the basal disc 1 of platy structure, the top surface of the basal disc 1 and bottom
Portion surface is respectively flat configuration, and preferably top, bottom both side surface are parallel to each other.
For basal disc 1 with plastic shaping, it is lattice-shaped structure in a thickness direction, has the longitudinal rib beam that vertical, horizontal interweaves
12 and horizontal bar beam 11.In order to facilitate lifting, the periphery of basal disc 1 is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally with symmetrical
Molding mode is arranged at the corner of basal disc 1, and each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to
Ensure structural strength, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group 2 is formed on basal disc 1 in a manner of the rectangular array that the five-element six arrange, two adjacent groups socle connects
The pallet fork width of corresponding fork truck should be more than by connecing the width between hole group 2.Every group of socle connecting hole group 2 on basal disc 1 has nine
Individual socle connecting hole 21, this nine socle connecting holes 21 arrange shaping on basal disc 1 in a manner of the rectangular array of three rows three row, its
In, the aperture of middle socle connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of pin on basal disc 1
Post connecting hole group 2 is arranged in molding structure in a manner of rectangular array, between the two neighboring socle connecting hole 21 of diagonal position
Basal disc 1 on be respectively equipped with component supports muscle 22, in the small grid of same quadrangle, between the socle connecting hole 21 of corner
Component supports muscle 22 is molded in X-type shape.
The utility model is with its upward surface（Top surface or lower surface be it is relative, it is upward for top surface,
It is downward for lower surface）Independent bearing goods.
Embodiment 2
Referring to shown in Fig. 1, Fig. 3 and Fig. 4, the utility model has the basal disc 1 of platy structure and the carrying list of stool shape structure
Member 3.
Wherein, the top surface of basal disc 1 and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc 1 with plastic shaping, it is lattice-shaped structure in a thickness direction, has the longitudinal rib beam that vertical, horizontal interweaves
12 and horizontal bar beam 11.In order to facilitate lifting, the periphery of basal disc 1 is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally with symmetrical
Molding mode is arranged at the corner of basal disc 1, and each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to
Ensure structural strength, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group 2 is formed on basal disc 1 in a manner of the rectangular array that the five-element six arrange, two adjacent groups socle connects
The pallet fork width of corresponding fork truck should be more than by connecing the width between hole group 2.Every group of socle connecting hole group 2 on basal disc 1 has nine
Individual socle connecting hole 21, this nine socle connecting holes 21 arrange shaping on basal disc 1 in a manner of the rectangular array of three rows three row, its
In, the aperture of middle socle connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of pin on basal disc 1
Post connecting hole group 2 is arranged in molding structure in a manner of rectangular array, between the two neighboring socle connecting hole 21 of diagonal position
Basal disc 1 on be respectively equipped with component supports muscle 22, in the small grid of same quadrangle, between the socle connecting hole 21 of corner
Component supports muscle 22 is molded in X-type shape.
The quantity of load bearing unit 3 is consistent with the quantity of the socle connecting hole group 2 on basal disc 1.
Each load bearing unit 3 is split molding structure, and it is mainly connected by one piece of loading plate 31 and four connecting poles 32
Combine.Loading plate 31 is the lattice-shaped structure of plastic shaping, and its area is corresponding to the socle connecting hole group 2 on basal disc 1
Entire area, the corner of loading plate 31 is reserved with bolt hole respectively（That is, socle connecting hole）.Every connecting pole 32 is modeling
Expect the column structure of shaping；Four connecting poles 32 are bolted at the corner of loading plate 31 by corresponding respectively, composition
Stool shape structure, the width between adjacent two connecting poles 32 should be more than the pallet fork width of corresponding fork truck.
Each load bearing unit 3 is inserted into the pin of corresponding 2 four jiaos of the socle connecting hole group on basal disc 1 by four connecting poles 32
In post connecting hole 21, and pass through bolt fixation on basal disc 1 by each connecting pole 32；Certainly, in order to connecting pole 32 in basal disc 1
On inserting depth be uniformly controlled, the bottom of connecting pole 32 has the positive stop lug boss 33 of radial protrusion, and connecting pole 32 is inserting
After on basal disc 1, connecting pole 32 is spacing in the top surface of basal disc 1 by positive stop lug boss 33, and the bottom of connecting pole 32 then passes through
Bolt realizes locking on basal disc 1；As can be seen here, the upper end of every connecting pole 32 is bolted on loading plate 31,
The lower end of every connecting pole 32 is bolted on the socle connecting hole 21 of the corresponding socle connecting hole group 2 of basal disc 1.
Each load bearing unit 3 is after the connection of the over-assemble of basal disc 1, between the bottom surface of loading plate 31 and the top surface of basal disc 1
Height should be more than the pallet fork width of corresponding fork truck.In this way, the inner space of each load bearing unit 3, which forms pallet, forks passage.
It is connected to corresponding to each load bearing unit 3 in each socle connecting hole group 2, these are connected and installed in load bearing unit 3 on basal disc 1 with square
Shape array way basal disc 1 side rat, with each bearing goods of load bearing unit 3, the adjacent load bearing unit 3 on basal disc 1
Between space then form goods and fork passage.
The utility model arranges the bearing goods of each load bearing unit 3 of shaping with rectangular array, and formed and indulged on basal disc 1,
Horizontal pallet forks passage and goods forks passage.
Embodiment 3
Referring to shown in Fig. 1, Fig. 5 and Fig. 6, the utility model has the basal disc 1 of platy structure and the load bearing unit of T-type structure
3。
Wherein, the top surface of basal disc 1 and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc 1 with plastic shaping, it is lattice-shaped structure in a thickness direction, has the longitudinal rib beam that vertical, horizontal interweaves
12 and horizontal bar beam 11.In order to facilitate lifting, the periphery of basal disc 1 is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally with symmetrical
Molding mode is arranged at the corner of basal disc 1, and each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to
Ensure structural strength, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group 2 is formed on basal disc 1 in a manner of the rectangular array that the five-element six arrange, two adjacent groups socle connects
The pallet fork width of corresponding fork truck should be more than by connecing the width between hole group 2.Every group of socle connecting hole group 2 on basal disc 1 has nine
Individual socle connecting hole 21, this nine socle connecting holes 21 arrange shaping on basal disc 1 in a manner of the rectangular array of three rows three row, its
In, the aperture of middle socle connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of pin on basal disc 1
Post connecting hole group 2 is arranged in molding structure in a manner of rectangular array, between the two neighboring socle connecting hole 21 of diagonal position
Basal disc 1 on be respectively equipped with component supports muscle 22, in the small grid of same quadrangle, between the socle connecting hole 21 of corner
Component supports muscle 22 is molded in X-type shape.
The quantity of load bearing unit 3 is consistent with the quantity of the socle connecting hole group 2 on basal disc 1.
Each load bearing unit 3 is split molding structure, and it is mainly connected by one piece of loading plate 31 and a connecting pole 32
Combine.Loading plate 31 is the lattice-shaped structure of plastic shaping, and its area is corresponding to the socle connecting hole group 2 on basal disc 1
Entire area, the center of loading plate 31 is reserved with bolt hole（That is, socle connecting hole）.Connecting pole 32 is the column of shaping
Structure；Connecting pole 32 is bolted at the center of loading plate 31, forms T-type structure.
The socle at the corresponding center of socle connecting hole group 2 that each load bearing unit 3 is inserted into by connecting pole 32 on basal disc 1 connects
Connect in hole 21, and pass through bolt fixation on basal disc 1 by connecting pole 32；Certainly, for the inserting to connecting pole 32 on basal disc 1
Depth is uniformly controlled, and the bottom of connecting pole 32 has the positive stop lug boss 33 of radial protrusion, and connecting pole 32 is on basal disc 1 is plugged in
Afterwards, connecting pole 32 is spacing in the top surface of basal disc 1 by positive stop lug boss 33, and the bottom of connecting pole 32 is then by bolt in basal disc
Locking is realized on 1；As can be seen here, the upper end of connecting pole 32 is bolted on loading plate 31, the lower end of connecting pole 32
It is bolted on the socle connecting hole 21 of the corresponding socle connecting hole group 2 of basal disc 1.
Each load bearing unit 3 is after the connection of the over-assemble of basal disc 1, between the bottom surface of loading plate 31 and the top surface of basal disc 1
Height should be more than the pallet fork width of corresponding fork truck.In this way, the inner space of each load bearing unit 3, which forms pallet, forks passage.
It is connected to corresponding to each load bearing unit 3 in each socle connecting hole group 2, these are connected and installed in load bearing unit 3 on basal disc 1 with square
Shape array way basal disc 1 side rat, with each bearing goods of load bearing unit 3, the adjacent load bearing unit 3 on basal disc 1
Between space then form goods and fork passage.
The utility model arranges the bearing goods of each load bearing unit 3 of shaping with rectangular array, and formed and indulged on basal disc 1,
Horizontal pallet forks passage and goods forks passage.
Embodiment 4
Referring to shown in Fig. 1, Fig. 7 and Fig. 8, the utility model has the basal disc 1 and list structure of platy structure（Or 7 type knot
Structure）Load bearing unit 3.
Wherein, the top surface of basal disc 1 and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc 1 with plastic shaping, it is lattice-shaped structure in a thickness direction, has the longitudinal rib beam that vertical, horizontal interweaves
12 and horizontal bar beam 11.In order to facilitate lifting, the periphery of basal disc 1 is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally with symmetrical
Molding mode is arranged at the corner of basal disc 1, and each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to
Ensure structural strength, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group 2 is formed on basal disc 1 in a manner of the rectangular array that the five-element six arrange, two adjacent groups socle connects
The pallet fork width of corresponding fork truck should be more than by connecing the width between hole group 2.Every group of socle connecting hole group 2 on basal disc 1 has nine
Individual socle connecting hole 21, this nine socle connecting holes 21 arrange shaping on basal disc 1 in a manner of the rectangular array of three rows three row, its
In, the aperture of middle socle connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of pin on basal disc 1
Post connecting hole group 2 is arranged in molding structure in a manner of rectangular array, between the two neighboring socle connecting hole 21 of diagonal position
Basal disc 1 on be respectively equipped with component supports muscle 22, in the small grid of same quadrangle, between the socle connecting hole 21 of corner
Component supports muscle 22 is molded in X-type shape.
The quantity of load bearing unit 3 is consistent with the columns quantity of the socle connecting hole group 2 of rectangular array on basal disc 1.
Each load bearing unit 3 is split molding structure, and it is mainly by one piece of loading plate, multiple 7 type structural frameworks, bottom plate
Formed with more connecting poles.Loading plate and bottom plate are respectively the stripe shape platy structure of plastic shaping, and the width of bottom plate is generally small
In loading plate, the width of loading plate should be in the overall width of the socle connecting hole group 2 on basal disc 1.Each 7 type structural framework
With plastic shaping；The skeleton interval of multiple 7 type structures and it is arranged in parallel between loading plate and bottom plate, by loading plate and bottom
Parallel opening, bottom and the bottom plate of each skeleton are bolted plate in the height direction, the top of each skeleton and carrying
Flat board is bolted.Every connecting pole is the column structure of plastic shaping；More connecting pole packets are connected to the bottom of bottom plate
Portion.
Each load bearing unit 3 is inserted into the socle of corresponding 2 four jiaos of the socle connecting hole group on basal disc 1 by each group connecting pole
In connecting hole 21, and pass through bolt fixation on basal disc 1 by each connecting pole；The bottom plate of load bearing unit and the top table of basal disc 1
Face contact is spacing.
Each load bearing unit 3 is after the connection of the over-assemble of basal disc 1, the inner side bottom of the bottom surface of loading plate and 7 type structural frameworks
Height between face and the top surface of basal disc 1 should be more than the pallet fork width of corresponding fork truck.In this way, the inside of each load bearing unit 3
Space forms pallet and forks passage.It is connected to corresponding to each load bearing unit 3 in each row socle connecting hole group 2, these connection installations
In the load bearing unit 3 on basal disc 1 in a manner of rectangular array in the side rat of basal disc 1, goods is carried with each load bearing unit 3
Thing, the space between adjacent load bearing unit 3 on basal disc 1 then form goods and fork passage.
The utility model arranges the bearing goods of each load bearing unit 3 of shaping with rectangular array, and forms pallet on basal disc 1
Fork passage and goods forks passage.
List structure of the present utility model（Or 7 type structure）Load bearing unit except using in addition to above-mentioned concrete structure, also
Existing other concrete structures can be used.
Embodiment 5
Other contents of the present embodiment are identical with embodiment 1,2,3 or 4, and difference is：Basal disc of the present utility model
And/or load bearing unit is molded by the way of straw compression.
Embodiment 6
The utility model has the basal disc of platy structure, and the top surface and lower surface of the basal disc are respectively smooth knot
Structure, preferably top, bottom both side surface are generally parallel to each other.
Basal disc is molded in a manner of straw compression, and basal disc is solid platy structure.In order to facilitate lifting, the periphery of basal disc
Multiple lifting hole(eyelet) structures are scattered with, these lifting hole(eyelet)s are generally arranged at the corner of basal disc in a manner of symmetrical molding, and each lifting hole(eyelet) is logical
Hole or blind hole structure, so as to the insertion of lifting bolt；In order to ensure structural strength, it may be considered that the encasing metal in each lifting hole(eyelet)
Strengthen bushing.
On above-mentioned basal disc multigroup socle connecting hole group, two adjacent groups socle are formed in a manner of the rectangular array of six rows seven row
Width between connecting hole group should be more than the pallet fork width of corresponding fork truck.Every group of socle connecting hole group on basal disc has nine
Socle connecting hole, this nine socle connecting holes arrange shaping on basal disc in a manner of the rectangular array of three rows three row, wherein, it is middle
Socle connecting hole aperture be slightly larger than the other eight socle connecting holes of surrounding aperture.
The utility model is with its upward surface（Top surface or lower surface be it is relative, it is upward for top surface,
It is downward for lower surface）Independent bearing goods.
Embodiment 7
The utility model has the basal disc of platy structure and the load bearing unit of T-type structure.
Wherein, the top surface of basal disc and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc with plastic shaping, it is lattice-shaped structure in a thickness direction, have longitudinal rib beam that vertical, horizontal interweaves and
Horizontal bar beam.In order to facilitate lifting, the periphery of basal disc is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally in a manner of symmetrical molding
It is arranged at the corner of basal disc, each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to ensure that structure is strong
Degree, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group, the connection of two adjacent groups socle are formed on basal disc in a manner of the rectangular array of four rows five row
Width between the group of hole should be more than the pallet fork width of corresponding fork truck.Every group of socle connecting hole group on basal disc has a socle
Connecting hole.
The quantity of load bearing unit is consistent with the quantity of the socle connecting hole group on basal disc.
Each load bearing unit be split molding structure, its mainly combined by one piece of loading plate and a connecting pole connection and
Into.Loading plate is the lattice-shaped structure of plastic shaping, and the center of loading plate is reserved with bolt hole（That is, socle connecting hole）.
Connecting pole is the column structure of plastic shaping；Connecting pole is bolted at the center of loading plate, forms T-type structure.
Each load bearing unit is inserted into by connecting pole in the socle connecting hole of the corresponding socle connecting hole group on basal disc, and
Pass through bolt fixation on basal disc by connecting pole；Certainly, in order to be uniformly controlled to inserting depth of the connecting pole on basal disc,
Connecting pole bottom has the positive stop lug boss of radial protrusion, and after being plugged on basal disc, connecting pole is existed connecting pole by positive stop lug boss
The top surface of basal disc is spacing, and locking is then realized in the bottom of connecting pole by bolt on basal disc；As can be seen here, connecting pole is upper
End is bolted on loading plate, and the lower end of connecting pole is bolted the corresponding socle connecting hole group in basal disc
On socle connecting hole.
For each load bearing unit after the connection of basal disc over-assemble, the height between the bottom surface of loading plate and the top surface of basal disc should
When the pallet fork width more than corresponding fork truck.In this way, the inner space of each load bearing unit, which forms pallet, forks passage.Each carrying is single
Be connected to corresponding to member in each socle connecting hole group, these be connected and installed in load bearing unit on basal disc in a manner of rectangular array
The side rat of basal disc, with each load bearing unit bearing goods, the space between adjacent load bearing unit on basal disc is then formed
Goods forks passage.
The utility model arranges each load bearing unit bearing goods of shaping with rectangular array, and is formed on basal disc longitudinal and transverse
To pallet fork passage and goods forks passage.
Embodiment 8
The utility model has the basal disc of platy structure and the load bearing unit of stool shape structure.
Wherein, the top surface of basal disc and lower surface are respectively flat configuration, preferably top, the basic phase of bottom both side surface
It is mutually parallel.
For basal disc with plastic shaping, it is lattice-shaped structure in a thickness direction, have longitudinal rib beam that vertical, horizontal interweaves and
Horizontal bar beam.In order to facilitate lifting, the periphery of basal disc is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally in a manner of symmetrical molding
It is arranged at the corner of basal disc, each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to ensure that structure is strong
Degree, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group, the connection of two adjacent groups socle are formed on basal disc in a manner of the rectangular array that the five-element six arrange
Width between the group of hole should be more than the pallet fork width of corresponding fork truck.Every group of socle connecting hole group on basal disc has five socles
Connecting hole, this five socle connecting holes arrange shaping on basal disc in a manner of circumferential array, and socle connecting hole group is with ring battle array
The mode of row is arranged in molding structure, and using one of socle connecting hole as ring center, this allows for four socles of periphery
Connecting hole is assumed diamond in shape centered on the socle connecting hole at center arranges shaping, and generally, the aperture of the socle connecting hole at center is bigger
In the aperture of the other four socle connecting holes of surrounding, be so advantageous to center socle connecting hole and be used alone；It is every on basal disc
Organize socle connecting hole group to arrange in molding structure in a manner of circumferential array, the base between the two neighboring socle connecting hole of surrounding
Component supports muscle is respectively equipped with disk.
The quantity of load bearing unit is consistent with the quantity of the socle connecting hole group on basal disc.
Each load bearing unit be split molding structure, its mainly combined by one piece of loading plate and four connecting poles connections and
Into.Loading plate be plastic shaping lattice-shaped structure, its area correspond to basal disc on socle connecting hole group entire area,
Bolt hole is reserved with respectively at four side centers of loading plate（That is, socle connecting hole）.Every connecting pole is the post of plastic shaping
Shape structure；Four connecting poles are bolted at four side centers of loading plate by corresponding respectively, form stool shape structure.
The socle for the corresponding socle connecting hole group corner that each load bearing unit is inserted into by four connecting poles on basal disc connects
Connect in hole, and pass through bolt fixation on basal disc by each connecting pole；Certainly, for the inserting depth to connecting pole on basal disc
It is uniformly controlled, connecting pole bottom has the positive stop lug boss of radial protrusion, and after being plugged on basal disc, connecting pole leads to connecting pole
The top surface that positive stop lug boss is crossed in basal disc is spacing, and locking is then realized in the bottom of connecting pole by bolt on basal disc；Thus may be used
See, the upper end of every connecting pole is bolted on loading plate, and the lower end of every connecting pole is bolted in base
On the socle connecting hole of the corresponding socle connecting hole group of disk.
For each load bearing unit after the connection of basal disc over-assemble, the height between the bottom surface of loading plate and the top surface of basal disc should
When the pallet fork width more than corresponding fork truck.It is connected to corresponding to each load bearing unit in each socle connecting hole group, these connection installations
In the load bearing unit on basal disc in a manner of rectangular array in the side rat of basal disc, with each load bearing unit bearing goods, base
The space between adjacent load bearing unit on disk then forms goods and forks passage.
The utility model arranges each load bearing unit bearing goods of shaping with rectangular array, and is formed on basal disc longitudinal and transverse
To goods fork passage.
Embodiment 9
The utility model has the basal disc of platy structure and the load bearing unit of stool shape structure.
Wherein, the top surface of basal disc and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc with plastic shaping, it is lattice-shaped structure in a thickness direction, have longitudinal rib beam that vertical, horizontal interweaves and
Horizontal bar beam.In order to facilitate lifting, the periphery of basal disc is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally in a manner of symmetrical molding
It is arranged at the corner of basal disc, each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to ensure that structure is strong
Degree, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group, the connection of two adjacent groups socle are formed on basal disc in a manner of the rectangular array that the five-element six arrange
Width between the group of hole should be more than the pallet fork width of corresponding fork truck.Every group of socle connecting hole group on basal disc has nine socles
Connecting hole, this nine socle connecting holes arrange shaping on basal disc in a manner of the rectangular array of three rows three row, wherein, middle pin
The aperture of post connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of socle connecting hole group on basal disc with
The mode of rectangular array is arranged in molding structure, is respectively equipped with the basal disc between the two neighboring socle connecting hole of diagonal position
Component supports muscle, in the small grid of same quadrangle, component supports muscle between the socle connecting hole of corner in X-type shape into
Type.
The quantity of load bearing unit is consistent with the quantity of the socle connecting hole group on basal disc.
Each load bearing unit is integral forming structure, and it has is connected with integrally moulded loading plate and four
Post.Loading plate is lattice-shaped structure, the entire area for the socle connecting hole group that its area corresponds on basal disc.Every connecting pole
For column structure；Four connecting poles are correspondingly molded at the corner of loading plate, form stool shape structure, adjacent two connecting poles it
Between width should be more than the pallet fork width of corresponding fork truck.
The socle for the corresponding socle connecting hole group corner that each load bearing unit is inserted into by four connecting poles on basal disc connects
Connect in hole, and pass through bolt fixation on basal disc by each connecting pole；Certainly, for the inserting depth to connecting pole on basal disc
It is uniformly controlled, connecting pole bottom has the positive stop lug boss of radial protrusion, and after being plugged on basal disc, connecting pole leads to connecting pole
The top surface that positive stop lug boss is crossed in basal disc is spacing, and locking is then realized in the bottom of connecting pole by bolt on basal disc；Thus may be used
See, the lower end of every connecting pole of load bearing unit is bolted the socle connecting hole in the corresponding socle connecting hole group of basal disc
On.
For each load bearing unit after the connection of basal disc over-assemble, the height between the bottom surface of loading plate and the top surface of basal disc should
When the pallet fork width more than corresponding fork truck.In this way, the inner space of each load bearing unit, which forms pallet, forks passage.Each carrying is single
Be connected to corresponding to member in each socle connecting hole group, these be connected and installed in load bearing unit on basal disc in a manner of rectangular array
The side rat of basal disc, with each load bearing unit bearing goods, the space between adjacent load bearing unit on basal disc is then formed
Goods forks passage.
The utility model arranges each load bearing unit bearing goods of shaping with rectangular array, and is formed on basal disc longitudinal and transverse
To pallet fork passage and goods forks passage.
Embodiment 10
The utility model has the basal disc of platy structure and the load bearing unit of T-type structure.
Wherein, the top surface of basal disc and lower surface are respectively flat configuration, and preferably top, bottom both side surface are mutually flat
OK.
For basal disc with plastic shaping, it is lattice-shaped structure in a thickness direction, have longitudinal rib beam that vertical, horizontal interweaves and
Horizontal bar beam.In order to facilitate lifting, the periphery of basal disc is scattered with multiple lifting hole(eyelet) structures, and these lifting hole(eyelet)s are generally in a manner of symmetrical molding
It is arranged at the corner of basal disc, each lifting hole(eyelet) is through hole or blind hole structure, so as to the insertion of lifting bolt；In order to ensure that structure is strong
Degree, it may be considered that encasing metal strengthens bushing in each lifting hole(eyelet).
Multigroup socle connecting hole group, the connection of two adjacent groups socle are formed on basal disc in a manner of the rectangular array that the five-element six arrange
Width between the group of hole should be more than the pallet fork width of corresponding fork truck.Every group of socle connecting hole group on basal disc has nine socles
Connecting hole, this nine socle connecting holes arrange shaping on basal disc in a manner of the rectangular array of three rows three row, wherein, middle pin
The aperture of post connecting hole is slightly larger than the aperture of the other eight socle connecting holes of surrounding；Every group of socle connecting hole group on basal disc with
The mode of rectangular array is arranged in molding structure, is respectively equipped with the basal disc between the two neighboring socle connecting hole of diagonal position
Component supports muscle, in the small grid of same quadrangle, component supports muscle between the socle connecting hole of corner in X-type shape into
Type.
The quantity of load bearing unit is consistent with the quantity of the socle connecting hole group on basal disc.
Each load bearing unit is integral forming structure, and it has is connected with integrally moulded loading plate and one
Post.Loading plate is lattice-shaped structure, the entire area for the socle connecting hole group that its area corresponds on basal disc.Connecting pole is post
Shape structure；Connecting pole is shaped at the center of loading plate, forms T-type structure.
Each load bearing unit is inserted into the socle connecting hole at the corresponding socle connecting hole group center on basal disc by connecting pole
It is interior, and pass through bolt fixation on basal disc by connecting pole；Certainly, in order to inserting depth of the connecting pole on basal disc is carried out unification
Control, connecting pole bottom have the positive stop lug boss of radial protrusion, and for connecting pole after being plugged on basal disc, connecting pole passes through limit convex
Platform is spacing in the top surface of basal disc, and locking is then realized in the bottom of connecting pole by bolt on basal disc；As can be seen here, carrying is single
The lower end of the connecting pole of member is bolted on the socle connecting hole of the corresponding socle connecting hole group of basal disc.
For each load bearing unit after the connection of basal disc over-assemble, the height between the bottom surface of loading plate and the top surface of basal disc should
When the pallet fork width more than corresponding fork truck.In this way, the inner space of each load bearing unit, which forms pallet, forks passage.Each carrying is single
Be connected to corresponding to member in each socle connecting hole group, these be connected and installed in load bearing unit on basal disc in a manner of rectangular array
The side rat of basal disc, with each load bearing unit bearing goods, the space between adjacent load bearing unit on basal disc is then formed
Goods forks passage.
The utility model arranges each load bearing unit bearing goods of shaping with rectangular array, and is formed on basal disc longitudinal and transverse
To pallet fork passage and goods forks passage.
Various embodiments above is only to illustrate the utility model, rather than its limitations.Although with reference to the various embodiments described above pair
The utility model is described in detail, it will be understood by those within the art that：It still can be to above-mentioned each reality
The concrete technical scheme applied in example is modified, or carries out equivalent substitution to which part technical characteristic；And these modification or
Person replaces, and the essence of appropriate technical solution is departed from spirit and scope of the present utility model.
Claims (10)
- A kind of 1. modular logistics pallet, it is characterised in that：The pallet has the basal disc of platy structure（1）, the basal disc（1） On multigroup socle connecting hole group is provided with a manner of rectangular array（2）, two adjacent groups socle connecting hole group（2）Between width it is big In the pallet fork width of corresponding fork truck；The basal disc of the platy structure（1）With the independent bearing goods in its surface, or, the tabular The basal disc of structure（1）Pass through each socle connecting hole group（2）Corresponding connection load bearing unit（3）, make to be connected and installed in basal disc（1）On Each load bearing unit（3）In basal disc in a manner of rectangular array（1）Side rat, with each load bearing unit（3）Bearing goods, Adjacent load bearing unit（3）Between form goods fork passage.
- 2. modular logistics pallet according to claim 1, it is characterised in that：The basal disc（1）For lattice-shaped structure.
- 3. modular logistics pallet according to claim 2, it is characterised in that：The basal disc（1）Interweave with vertical, horizontal Longitudinal rib beam（12）With horizontal bar beam（11）.
- 4. according to the modular logistics pallet of claim 1,2 or 3, it is characterised in that：The basal disc（1）The socle of upper setting Connecting hole group（2）With at least one socle connecting hole（21）.
- 5. modular logistics pallet according to claim 4, it is characterised in that：The socle connecting hole group（2）With five Or nine socle connecting holes（21）.
- 6. modular logistics pallet according to claim 5, it is characterised in that：The socle connecting hole group（2）Five or Nine socle connecting holes（21）It is that shaping is arranged in a manner of circumferential array or rectangular array.
- 7. modular logistics pallet according to claim 6, it is characterised in that：The socle connecting hole group（2）With rectangle battle array The mode of row arranged in molding structure, the two neighboring socle connecting hole of diagonal position（21）Between be provided with component supports muscle （22）；Or the socle connecting hole group（2）Arranged in molding structure in a manner of circumferential array, connected with one of socle Connect hole（21）For ring center.
- 8. modular logistics pallet according to claim 1, it is characterised in that：The load bearing unit（3）For global formation knot Structure, it has integrally formed loading plate（31）An at least connecting pole（32）；Or the load bearing unit（3）To divide Forming structure, it is mainly by loading plate（31）An at least connecting pole（32）Connection combines, the connecting pole （32）Upper end be connected to loading plate（31）Upper and lower end is connected to basal disc（1）Corresponding socle connecting hole group（2）On.
- 9. according to the modular logistics pallet of claim 1,2 or 3, it is characterised in that：The basal disc（1）Top, bottom both sides Surface is respectively flat configuration.
- 10. according to the modular logistics pallet of claim 1,2 or 3, it is characterised in that：The basal disc（1）Periphery spread There are multiple lifting hole(eyelet) structures.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720703302.4U CN206798043U (en) | 2017-06-16 | 2017-06-16 | A kind of modular logistics pallet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720703302.4U CN206798043U (en) | 2017-06-16 | 2017-06-16 | A kind of modular logistics pallet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206798043U true CN206798043U (en) | 2017-12-26 |
Family
ID=60746057
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720703302.4U Active CN206798043U (en) | 2017-06-16 | 2017-06-16 | A kind of modular logistics pallet |
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| Country | Link |
|---|---|
| CN (1) | CN206798043U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113894596A (en) * | 2021-09-24 | 2022-01-07 | 西安航空职业技术学院 | Multilayer part stacking device for workbench |
-
2017
- 2017-06-16 CN CN201720703302.4U patent/CN206798043U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113894596A (en) * | 2021-09-24 | 2022-01-07 | 西安航空职业技术学院 | Multilayer part stacking device for workbench |
| CN113894596B (en) * | 2021-09-24 | 2023-11-28 | 西安航空职业技术学院 | Workbench multilayer part stacking device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Modularization logistics tray Effective date of registration: 20181029 Granted publication date: 20171226 Pledgee: The Great Wall West Bank Bank of China Deyang hi tech branch Pledgor: SICHUAN KEHENGCHUANG TECHNOLOGY CO., LTD. Registration number: 2018510000109 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right |