CN207390094U - A kind of container floor sub-assembly - Google Patents
A kind of container floor sub-assembly Download PDFInfo
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- CN207390094U CN207390094U CN201721148575.3U CN201721148575U CN207390094U CN 207390094 U CN207390094 U CN 207390094U CN 201721148575 U CN201721148575 U CN 201721148575U CN 207390094 U CN207390094 U CN 207390094U
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Abstract
The utility model is related to container technology field more particularly to a kind of container floor sub-assemblies.Block piece and floor unit are removably joined together by the utility model by locating part, and when the two connects, locating part limits block piece and the relatively transverse movement of floor unit, thus, horizontal force of the cargo in transportational process is transferred to by floor unit, transverse shifting of the limitation cargo in container by block piece and locating part.On the one hand the structure can be adapted for limiting the movement of container goods inside；On the other hand cost can have been saved with Reusability and suitable for different cargos.
Description
Technical field
The utility model is related to container technology field more particularly to a kind of container floor sub-assemblies.
Background technology
At present, prevented in existing container there are mainly three types of cargo collision inner wall of container or the modes toppled over, the first
It is that corresponding shelf are placed in container for different cargos, to limit the movement of cargo；Second is in container
Wall sets pilot beam, is damaged with preventing cargo from directly hitting inner wall of container；The third is that cargo directly is placed in packaging
On case floor, filled between cargo and with expanded material between cargo and inner wall of container.For above-mentioned three kinds of position limiting structures
(shelf, pilot beam and expanded material), the first must select different shelf according to different cargos, and shelf are in packaging
Handling inconvenience in case, stability are poor and of high cost；Although second can be adapted for a variety of cargos, it is only applicable to
The /V of cargo adjacent thereto, and it is not suitable for cargo not adjacent thereto；The third expanded material cannot reuse, and carry
High transportation cost, and expanded material is more to prevent from colliding between cargo and between container and cargo, substantially it is simultaneously
The movement of unrestricted cargo limits the structure of goods movement actually or inner wall of container.
To sum up, can limit in the prior art the position limiting structure of goods movement can not be suitable for a variety of different cargos or
It is the movement that can only be limited with the cargo of inner wall of container adjacent position.
Utility model content
(1) technical problems to be solved
It can not be suitable for a variety of different cargos in order to solve position limiting structure of the prior art or be that can only limit and collect
Case inner wall adjacent position cargo it is mobile the defects of, the utility model provides a kind of packaging to cargo with limit function
Case floor sub-assembly, which can be suitable for a variety of cargos, and can limit positioned at internal container
Cargo movement.
(2) technical solution
In order to achieve the above object, the main technical schemes that the utility model uses include：
The utility model provides a kind of container floor sub-assembly, including floor unit, further includes block piece and locating part,
Wherein, block piece is supported in floor unit, and locating part will in a manner of limiting block piece and the relatively transverse movement of floor unit
The two is removably joined together.
According to the utility model, be equipped with position limiting structure in block piece and floor unit, locating part simultaneously with block piece and
Position limiting structure in floor unit is detachably connected；Or locating part is fixedly connected with block piece, and limit is equipped in floor unit
The position limiting structure of bit architecture, locating part and floor unit is detachably connected.
According to the utility model, locating part is spacer pin, and the position limiting structure of floor unit and block piece is limit hole, limit
Position pin is plugged in block piece and the limit hole of floor unit pluggablely simultaneously；Or locating part is inserting column, inserting column
Top is connected with block piece, and the position limiting structure of floor unit is limit hole, and inserting column is plugged in the limit of floor unit pluggablely
In the hole of position.
According to the utility model, floor unit includes floor chassis and floor body, and floor body is mounted on floor chassis
On, block piece is supported on floor body；Wherein, floor body is equipped with the first jack, and floor chassis is equipped with the second jack,
First jack and the second jack are coaxial, the limit hole or the first jack of the second jack composition floor unit and the second insertion hole groups
The limit hole for forming floor unit is closed, locating part is removably threaded through in the first jack and the second jack, and floor unit
Limit hole form to locating part formed cross spacing position limiting structure.
According to the utility model, floor chassis includes：Multiple spaced cross members；At least one connector, connection
Part is connected between two adjacent cross members, and prodger is protruded towards floor body from connector, and the second jack is set
In prodger, the bottom of locating part is resisted against the bottom hole of the second jack.
According to the utility model, the bottom surface of connector is concordant with the bottom surface of cross member.
According to the utility model, the top of prodger is resisted against on floor body.
According to the utility model, prodger is cylinder or prodger by multiple intervals and forms cricoid arc panel group
Into；Ribs is fixed between the outer wall and connector of prodger.
According to the utility model, block piece includes blocking portion and connecting portion, and blocking portion is angularly connected with connecting portion, even
Socket part is supported in floor unit, and locating part forms cross spacing to connecting portion.
According to the utility model, blocking portion and connecting portion are plate, at right angles and are fixed with deep floor therebetween.
According to the utility model, the material of block piece is hard polyurethane foam, fibre reinforced composites or steel；And/or limit
The material of position part is hard polyurethane foam, fibre reinforced composites or steel.
(3) advantageous effect
The beneficial effects of the utility model are：
Block piece and floor unit are removably joined together by the utility model by locating part, and are connected in the two
When connecing, locating part limits block piece and the relatively transverse movement of floor unit, as a result, the transversely acting by cargo in transportational process
Power is transferred to floor unit, movement of the limitation cargo in container.On the one hand the structure can be used for the goods of internal container
Object, and it is not limited to only be adjacent to the cargo of inner wall of container；On the other hand with Reusability and different cargos can be suitable for,
Customization shelf are eliminated, have saved cost.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram for the container floor sub-assembly that following examples one provide, and there is shown with cargos；
Fig. 2 is the schematic cross-section of the container floor sub-assembly in Fig. 1；
Fig. 3 is the schematic cross-section for the container floor sub-assembly that following examples two provide；
Fig. 4 is the schematic cross-section for the container floor sub-assembly that following examples three provide.
【Reference numeral】
1：Floor unit；11：Floor body；111：First jack；12：Floor chassis； 13：Lowermost limit structure；121：
Second jack；122：Cross member；123：Connector； 124：Prodger；125：Ribs；2：Block piece；21：Blocking portion；22：
Connecting portion； 23：Deep floor；24：Uppermost limit structure；3：Locating part；4th, cargo.
Specific embodiment
It is below in conjunction with the accompanying drawings, right by specific embodiment in order to understand in order to preferably explain the utility model
The utility model is described in detail.
Embodiment one
Referring to Figures 1 and 2, a kind of container floor sub-assembly is provided in the present embodiment.The container floor sub-assembly
Including floor unit 1, block piece 2 and locating part 3, wherein, block piece 2 is supported in floor unit 1, and locating part 3 is hindered with limiting
The two is removably joined together by the mode of 1 relatively transverse movement of block piece 2 and floor unit, i.e. will be hindered by locating part 3
Block piece 2 and floor unit 1 are removably joined together, and when locating part 3 connects block piece 2 and floor unit 1, limit
Position part 3 limits the 1 relatively transverse movement of block piece 2 and floor unit.Wherein " transverse direction " refers to, locating part 3 limit block piece 2 compared with
Floor unit 1 is moved along the either direction in all around or the vector sum in plurality of direction, and whether locating part 3 limits
Block piece 2 is close and is included in away from floor unit 1 in the scope of protection of the utility model.
Horizontal force of the cargo 4 in transportational process is transferred to by floor list by block piece 2 and locating part 3 as a result,
Member 1, movement of the limitation cargo 4 in container.On the one hand the structure compared to the prior art for setting collision prevention girders, can be used for
The cargo 4 of internal container, and it is not limited to only be adjacent to the cargo 4 of inner wall of container；On the other hand compared with setting goods
The prior art of frame can eliminate customization shelf, saved cost with Reusability and suitable for different cargos 4.
Specifically, in the present embodiment, block piece 2 includes blocking portion 21 and connecting portion 22, blocking portion 21 and connecting portion 22
It angularly connects, i.e., forms bending structure therebetween.Wherein, connecting portion 22 is supported in floor unit 1, locating part 3 with
Connecting portion 22 connects, and to form cross spacing to connecting portion 22, the /V of connecting portion 22 is realized to whole by locating part 3
The /V of a block piece 2.And blocking portion 21 is used for the movement for stopping cargo 4.
Preferably, block piece 2 includes the bearing-surface being supported in floor unit 1, i.e. floor unit 1 and block piece 2
Plane-plane contact is formed, to improve the stability of supporting, in the present embodiment, connecting portion 22 includes above-mentioned bearing-surface.
Preferably, block piece 2 include be used for for cargo 4 against and can with cargo 4 formed plane-plane contact stop
Face, the i.e. blocking surface are engaged with the shape of the abutment face of cargo 4, if for example, the abutment face of cargo 4 be plane, stop
Face is also plane, if cargo 4 keeps out face as cambered surface, blocking surface is also cambered surface, is wrapped in the present embodiment for blocking portion 21
Containing for for cargo 4 against and can with cargo 4 formed plane-plane contact blocking surface, using blocking surface stop cargo 4, can
Preferably firm cargo 4, and prevent damage cargo 4.Preferably, blocking portion 21 is multilayered structure (such as including supporting course and soft
Matter pad), outermost layer is soft pad (such as frothing foam pad, rubber pad etc.), and the outer surface of soft pad forms above-mentioned blocking surface,
The setting of soft pad not only provides cushion effect, but also protection plays a protective role to cargo 4.Certainly, the utility model is not limited to this,
It in other embodiments, also can be real without the shape of bending structure as block piece 2 or square, cuboid
Existing limit function, but the structure of the present embodiment more material saving.
Further, in the present embodiment, block piece 2 includes a blocking portion 21 and a connecting portion 22,21 He of blocking portion
Connecting portion 22 is plate, and the two is rectangular so that block piece 2 is whole L-shaped, blocking portion 21 away from the one side of connecting portion 22
Outer surface forms blocking surface.Certainly, the utility model is not limited to this, in other embodiments, can include two blocking portions 21
With a connecting portion 22, two blocking portions 21 are connected to the opposite sides of connecting portion 22, form the shape of falling n, such knot
Structure can utilize same block piece 2 to stop the cargo 4 positioned at its opposite sides.Based on this, it may also be appreciated that block piece 2 is also
Three or four blocking portions 21 can be set, are located at for stopping thirdly the cargo 4 of side or four sides.It is therefore preferred that this reality
A connecting portion 22 and one to four blocking portion 21 are included with new middle block piece 2, it is parallel between blocking portion 21 or be arranged vertically,
It is parallel or be arranged vertically further and between the blocking surface of each blocking portion 21.
Preferably, reinforcer is fixed between blocking portion 21 and connecting portion 22, is preferably deep floor 23, in this implementation
Two deep floors 23 are set in example, and the shape of deep floor 23 is rectangular slab.So set, ensure it in guarantee block piece 2
While with sufficient intensity, mitigate its weight.Certainly, the quantity of deep floor 23 is not limited in the present embodiment, one or
Multiple deep floors 23.Also, the shape of deep floor 23 is also not limited to rectangular slab, can also be triangular plate etc. other
Shape
Preferably, the height (in the present embodiment namely height of blocking portion 21) of blocking surface be 20-30cm, blocking portion
21 thickness is 3-5cm, and the thickness of connecting portion 22 is 3-5cm.Preferably, block piece 2 is integrated part, is further integrally formed
Part, and block piece 2 is steelwork.Certainly, the utility model is not limited to this, in other embodiments, the material of block piece 2
Can also be hard polyurethane foam or fibre reinforced composites or be capable of providing the hardness of same level or more high rigidity other
Material.
Further, in the present embodiment, position limiting structure is equipped in block piece 2 and floor unit 1, in the present embodiment,
The position limiting structure of block piece 2 is arranged on the connecting portion 22 of block piece 2.Referring to Figures 1 and 2, the position limiting structure of block piece 2 can
Referred to as uppermost limit structure 24, the position limiting structure of floor unit 1 can be described as lowermost limit structure 13, and lowermost limit structure 13 limits
The transverse shifting of locating part 3, locating part 3 limits the transverse shifting of uppermost limit structure 24, so that floor unit 1 passes through limit
Position part 3 limits 2 transverse shifting of block piece.
Specifically, locating part 3 is detachably connected with the position limiting structure in block piece 2 and floor unit 1 simultaneously, can manage
Solution, the position limiting structure of block piece 2 and the position limiting structure of floor unit 1 be all it is prefabricated rather than locating part 3 by block piece 2 with
What floor unit 1 was formed during connecting, and the shape of the position limiting structure of block piece 2 and the position limiting structure of floor unit 1
Be engaged with locating part 3, can coordinate play the role of locating part 3 limit block piece 2 compared with 1 transverse shifting of floor unit simultaneously
It is and detachable.
Preferably, multiple position limiting structures are equipped in floor unit 1, selectively will by one or more locating parts 3
One or more block pieces 2 are correspondingly connected with any one or more in multiple position limiting structures of floor unit 1.That is, /V
Part 3 can according to the placement location of cargo 4 by the position limiting structure of block piece 2 with it is suitable in multiple position limiting structures in floor unit 1
Position limiting structure connection, and then block piece 2 is mounted on when secondary transport on suitable position.It is directed to a cargo 4 or one
According to its position, block piece 2 is set up in the side for needing to limit its movement for group cargo 4, if for example, the not NEIGHBOR SET of cargo 4
Vanning inner wall is not intended to cargo 4 then can set block piece 2 in the surrounding of cargo 4 against inner wall of container.Preferably,
Multiple position limiting structures in floor unit 1 are in matrix arrangement.In addition, in the present embodiment, set on block piece 2 there are one
Position limiting structure, but not limited to this, multiple position limiting structures can be also equipped on block piece 2, as long as the position limiting structure on block piece 2
Setting is matched with the setting of the position limiting structure in floor unit 1, and certainly, locating part 3 also will be with the position limiting structure of block piece 2
With the position limiting structure matching in floor unit 1.
More specifically, in the present embodiment, locating part 3 is the limit of cylindrical spacer pin, floor unit 1 and block piece 2
Bit architecture is limit hole (limit hole is cylindrical hole in the present embodiment), in the present embodiment, the limit hole on block piece 2
Between two deep floors 23 being located therein.The limit hole of floor unit 1 and block piece 2 is coaxially disposed, and spacer pin simultaneously may be used
It is plugged in block piece 2 and the limit hole of floor unit 1 to plug, as a result, in the present embodiment, passes through the pluggable of spacer pin
Ground plugs, to limit the laterally opposed movement of block piece 2 and floor unit 1.Preferably, spacer pin and floor unit 1 and stop
The limit hole of part 2 is transition cooperation or interference fit, is preferably transition cooperation, is not easy to limit to prevent the two cooperation too tight
Position pin is extracted.Also, the plug of spacer pin for convenience, spacer pin is when floor unit 1 and block piece 2 are connected, spacer pin
Top surface protrude from limit hole on block piece 2.Certainly in other embodiments, also other can be set square in spacer pin
Just its structure extracted.
In addition, it is appreciated that by spacer pin as locating part 3, locating part 3 at this time do not limit block piece 2 closer or far from
The movement of floor unit 1.When the blocking portion 21 of block piece 2 is subject to the impact force of cargo 4, which is transferred to by blocking portion 21
The power is passed to spacer pin by connecting portion 22, connecting portion 22 by the hole wall of limit hole thereon, which is transferred to by spacer pin
The hole wall of the limit hole of floor unit 1, and then floor unit 1 is transferred to, floor unit 1 consolidates stop by spacer pin as a result,
Part 2, and then firm cargo 4.Using spacer pin as locating part 3, and accordingly by floor unit 1 and the position limiting structure structure of block piece 2
It makes as limit hole, facilitates the connection and dismounting of block piece 2 and floor unit 1, improve disassembly efficiency, and floor will not be damaged
Unit 1.
Certainly, in the other embodiment of the utility model, the shape of spacer pin and limit hole is not limited to cylinder,
Can be the matched other shapes that can play position-limiting action.And cylindrical spacer pin and cylindrical limit hole have installation side
Just the advantages of.Also, it shows to be set on block piece 2 in the present embodiment there are one limit hole in Fig. 1, therefore is using 1 spacer pin
Block piece 2 can be connected with floor unit 1, if set multiple limit holes on block piece 2, then multiple spacer pins, which can be used, to be stopped
Part 2 is connected with floor unit 1.
In addition, in the present embodiment, floor unit 1 includes floor chassis 12 and multiple floor bodies 11, floor body 11
On floor chassis 12, and multiple floor bodies 11 are stitched together the ground to be formed in container, and block piece 2 supports
On floor body 11 namely it is supported on the ground in container.Wherein, floor body 11 can be removably installed
(such as passing through bolt, screw) is on floor chassis 12 or unremovably installs (such as bonding, welding).It is preferred that
Ground, floor chassis 12 are steel structures, can be that floor body 11 provides firm supporting, and be enough to bear cargo in container
4 load-carrying.And floor body 11 is ligneous piece, is removably connected by screw with floor chassis 12.
Wherein, floor body 11 is equipped with circular first jack 111, and floor chassis 12 is equipped with circular second jack
121, the first jack 111 and the second jack 121 are coaxial, wherein, the second jack 121 is through hole, for spacer pin through afterwards with ground
Plate chassis 12 connects.Wherein, the cooperation of the first jack 111 on spacer pin and floor body 11 is preferably clearance fit, reason
It is, floor body 11 is ligneous piece, therefore is gap-matched between spacer pin and the first jack 111 and can prevent spacer pin from damaging
Bad floor body 11；Second jack 121 forms the limit hole of above-mentioned floor unit 1, and position-limiting action is formed to spacer pin, therefore,
The second jack 121 on spacer pin and floor chassis 12 is transition or interference fit, and spacer pin is removably threaded through as a result,
In first jack 111 and the second jack 121, and the limit hole of floor unit 1 forms the limit that cross spacing is formed to spacer pin
Bit architecture.To sum up, spacer pin is combined closely with block piece 2 and floor chassis 12, and the impact force that block piece 2 is subject to is passed through spacer pin
Floor chassis 12 is handed to, so carries impact force using floor chassis 12, it is more secured compared to using floor body 11.When
So, the present embodiment is not limited to, when floor body 11 does not use the material of wooden materials or other impact resistances difference, first
Jack 111 can also form interference or transition cooperation (preferably transition cooperation) with spacer pin, at this point, the first jack 111 and second
Jack 121 combines the limit hole for forming floor unit 1, plays position-limiting action to spacer pin together.
Further, in the present embodiment, floor chassis 12 include it is multiple equidistantly spaced cross members 122 and
Multiple connectors 123, the length direction of cross member 122 are the width of container, length of multiple cross members 122 along container
Degree direction is alternatively arranged, and cross member 122 is n shapes, and top plan is used to be connected with floor body 11, it is preferable that cross member
122 be steelwork.Connector 123 is connected between two adjacent cross members 122 of part in all cross members, is connected
Part 123 extends along the length direction of cross member, and multiple protrusions are protruded towards the direction of floor body 11 from connector 123
Part 124, multiple prodgers 124 are equidistantly arranged along the length direction of cross member 122.Prodger 124 can be and connector
123 is integrally formed or be fixedly connected with (such as welding) on connector 123, in the present embodiment, prodger
124 steelworks being integrally formed with connector 123.Connector 123 and cross member 122 can be integrated part or fixation
It links together, in the present embodiment, together with connector 123 is welded between cross member 122.Certainly, this practicality
It is new to be not limited to, also can connector 123 be all set between every two adjacent cross members 122.
Wherein, the second jack 121 of floor chassis 12 is arranged in prodger 124, and the bottom of locating part 3 is resisted against
The bottom hole of two jacks 121, in the present embodiment, the second jack 121 are the through hole through prodger 124, therefore, the second jack
121 bottom hole is formed by the upper surface of connector 123.And the utility model is not limited to this, in other embodiments, is arranged on
The second jack 121 in prodger 124 can be blind hole, and the bottom hole of the second jack 121 itself can be formed by prodger 124.And
And in other embodiments, the second jack 121 may also be through the through hole of prodger 124 and connector 123.Connector
123 and the setting of prodger 124, it can be that spacer pin (i.e. locating part 3) provides preferably supporting, improve consolidating for block piece 2
Property, the blocking capability of raising block piece 2.
Further, in the present embodiment, connector 123 is connecting plate, the bottom surface of connector 123 and the bottom of cross member 122
Face is concordant, to be supported on jointly in container with cross member 122, so as to the /V of spacer pin (i.e. locating part 3) more
Securely.Also, the top of prodger 124 is resisted against on floor body 11 namely floor body 11 while is supported on cross member 122
In prodger 124, at this point, the first jack 111 and the second jack 121 abut, the second jack 121 and spacer pin connect as a result,
Contacting surface accumulates bigger, can be that spacer pin (i.e. locating part 3) provides preferably supporting, improve the stability of block piece 2, improve and stop
The blocking capability of part 2.
More specifically, in the present embodiment, prodger 124 is cylinder, in the outer wall of prodger 124 and connector 123
Between be fixed with reinforcer, be preferably ribs 125, ribs 125 welds with prodger 124 and connector 123.Certainly, originally
Utility model is not limited to this, and in other embodiments, prodger 124 can also be by multiple intervals and form cricoid arc
Plate composition.Also, not limited to this, in other embodiments, 124 shape of prodger is not limited to circle, can appoint
Meaning shape, as long as being capable of providing jack for spacer pin grafting.
Preferably, the thickness of floor body 11 is 28mm, and the height of cross member 122 is 122mm, the thickness of connector 123
For 4.5mm, cross member 122 is higher by 117.5mm than connector 123.
In addition, in the present embodiment, the material of locating part 3 is hard polyurethane foam, fibre reinforced composites or steel, also may be used
To be capable of providing the other materials of the hardness of same level or more high rigidity, to provide enough impact resistances.
The assembling process of the container floor component of the present embodiment is：
Cross member 122 is first laid in container, the connector 123 being connected with cross member 122 is also laid therewith.Then
Floor body 11 is laid on cross member 122 and fixes floor body 11 and cross member 122, wherein, ensure floor body 11
On the first jack 111 and the second jack 121 in the prodger 124 on connector 123 it is coaxial.Afterwards according to required transport
Cargo 4, corresponding position set block piece 2, the limit hole on block piece 2 with the first jack 111 is alignd, then uses /V
Pin sequentially passes through limit hole, the first jack 111 and the second jack 121 on block piece 2, until touching the second jack 121
Bottom hole.Cargo 4 can be placed on before or after block piece 2 is installed in container.It particularly advantageously, can be with the loading of cargo 4
Corresponding block piece 2 is set, and it is more convenient that cargo 4 is cased, whole to improve boxing efficiency.
To sum up, the container floor component of the present embodiment is assembly, i.e., between floor unit 1 and block piece 2, the bottom of floor
Between frame 12 and floor body 11 and floor chassis 12 is assembly in itself.Floor chassis 12 may include that individual bottom is horizontal
Beam 122 and two cross members 122 to be linked together by connector 123, multiple individual cross members 122 and multiple by connecting
Two cross members 122 that part 123 links together are arranged alternately.And multiple floor bodies 11 can in any form splice one
It rises, can set only to set one on multiple first jacks 111 or a floor body 11 on a floor body 11
A first jack 111, as long as the first jack 111 on the ground that all floor bodies 11 are formed and second on floor chassis 12
Jack 121 aligns one by one.
Certainly, the structure of the floor unit 1 of the utility model, the structure of floor chassis 12 are not limited to above-described embodiment,
Floor unit 1 can utilize existing any structure type, as long as can be formed with block piece 2 detachably connected and can
For limiting the transverse shifting of block piece 2.
Embodiment two
With reference to Fig. 3, in the present embodiment, the difference is that, locating part 3 is fixedly connected with block piece 2 with embodiment one,
Position limiting structure is equipped in floor unit 1, locating part 3 and the position limiting structure of floor unit 1 are detachably connected.Specifically, /V
Part 3 is inserting column, and the top of inserting column is connected with block piece 2, and the position limiting structure of floor unit 1 is limit hole, and inserting column can be inserted
It rises sheer from level ground and is plugged in the limit hole of floor unit 1.Inserting column can be located at the lower section of block piece 2, can also be connected to block piece 2
Side.If inserting column is connected to the side of block piece 2, it is preferred to use two inserting columns, i.e., using two locating parts 3, phase
Ying Di, for having the block piece 2 there are two locating part 3 corresponding to one, two position limiting structures and a resistance in floor unit 1
Block piece 2 connects.Preferably, inserting column is cylinder.Inserting column can be fixedly connected or inserted by forms such as welding with block piece 2
Column and block piece 2 is connect to be integrally formed part.
Embodiment three
With reference to Fig. 4, in the present embodiment, the difference is that, locating part 3 is bolt, block piece 2 with documents 1
On position limiting structure for through hole, the first jack 111 in floor body 11 is through hole, the second jack 121 on floor chassis 12
For threaded hole, bolt is screwed with floor chassis 12.It is horizontal compared with floor unit 1 not only to limit block piece 2 for locating part 3 as a result,
It is mobile, also limit block piece 2 closer or far from floor unit 1 (i.e. compared with 1 vertical and straight movement of floor unit).
Compare, although bolt can further provide for limitation 2 vertical and straight movement of block piece function, bolt compared to
Spacer pin, if the screw thread of bolt and threaded hole is subject to impact force to damage, bolt can be not easily taken out.
In conjunction with the embodiments one and embodiment three understand, the locating part 3 of the utility model can limitation block piece 2 compared with
Also it is limited while 1 transverse shifting of floor unit closer or far from floor unit 1, can also only limit block piece 2 compared with
1 transverse shifting of floor unit.
More than content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
With new thought, there will be changes, this specification content should not be construed as in specific embodiments and applications
Limitation to the utility model.
Claims (11)
1. a kind of container floor sub-assembly, including floor unit (1), which is characterized in that further include block piece (2) and locating part
(3), wherein, the block piece (2) is supported in the floor unit (1), and the locating part (3) is to limit the block piece
(2) the two is removably joined together with the mode of the floor unit (1) relatively transverse movement.
2. container floor sub-assembly according to claim 1, which is characterized in that
Be equipped with position limiting structure in the block piece (2) and the floor unit (1), the locating part (3) and meanwhile with the resistance
Position limiting structure in block piece (2) and the floor unit (1) is detachably connected；Or
The locating part (3) is fixedly connected with the block piece (2), and position limiting structure, the limit are equipped in the floor unit (1)
Position part (3) and the position limiting structure of the floor unit (1) are detachably connected.
3. container floor sub-assembly according to claim 2, which is characterized in that
The locating part (3) is spacer pin, and the position limiting structure of the floor unit (1) and the block piece (2) is limit hole,
The spacer pin is plugged in the block piece (2) and the limit hole of the floor unit (1) pluggablely simultaneously；Or
The locating part (3) is inserting column, and the top of the inserting column is connected with the block piece (2), the floor unit (1)
Position limiting structure for limit hole, the inserting column is plugged in pluggablely in the limit hole of the floor unit (1).
4. container floor sub-assembly according to any one of claim 1-3, which is characterized in that
The floor unit (1) includes floor body (11) and floor chassis (12), and the floor body (11) is mounted on described
On floor chassis (12), the block piece (2) is supported on the floor body (11)；
Wherein, the floor body (11) is equipped with the first jack (111), and the floor chassis (12) is equipped with the second jack
(121), coaxially, second jack (121) forms the floor for first jack (111) and second jack (121)
The limit hole of unit (1) or the combination of first jack (111) and second jack (121) form the floor unit
(1) limit hole, the locating part (3) are removably threaded through first jack (111) and second jack (121)
In, and the limit hole of the floor unit (1) forms the position limiting structure that cross spacing is formed to the locating part (3).
5. container floor sub-assembly according to claim 4, which is characterized in that the floor chassis (12) includes：
Multiple spaced cross members (122)；
At least one connector (123), the connector (123) are connected between the cross member (122) of adjacent two, from
Prodger (124) is protruded towards the floor body (11) on the connector (123), second jack (121) is set
In the prodger (124), the bottom of the locating part (3) is resisted against the bottom hole of second jack (121).
6. container floor sub-assembly according to claim 5, which is characterized in that
The bottom surface of the connector (123) is concordant with the bottom surface of the cross member (122).
7. container floor sub-assembly according to claim 5, which is characterized in that
The top of the prodger (124) is resisted against on the floor body (11).
8. container floor sub-assembly according to claim 5, which is characterized in that
The prodger (124) by multiple intervals and forms cricoid arc panel group for cylinder or the prodger (124)
Into；
Ribs (125) is fixed between the outer wall of the prodger (124) and the connector (123).
9. container floor sub-assembly according to claim 1, which is characterized in that
The block piece (2) includes blocking portion (21) and connecting portion (22), and the blocking portion (21) is in the connecting portion (22)
It connects to angle, the connecting portion (22) is supported in the floor unit (1), and the locating part (3) is to the connection
Portion (22) forms cross spacing.
10. container floor sub-assembly according to claim 9, which is characterized in that
The blocking portion (21) and the connecting portion (22) are plate, at right angles and are fixed with deep floor therebetween
(23)。
11. container floor sub-assembly according to claim 1, which is characterized in that
The material of the block piece (2) is hard polyurethane foam, fibre reinforced composites or steel；And/or
The material of the locating part (3) is hard polyurethane foam, fibre reinforced composites or steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148575.3U CN207390094U (en) | 2017-09-08 | 2017-09-08 | A kind of container floor sub-assembly |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148575.3U CN207390094U (en) | 2017-09-08 | 2017-09-08 | A kind of container floor sub-assembly |
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| Publication Number | Publication Date |
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| CN207390094U true CN207390094U (en) | 2018-05-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107758156A (en) * | 2017-09-08 | 2018-03-06 | 北京鸿通供应链管理有限公司 | A kind of container floor sub-assembly |
-
2017
- 2017-09-08 CN CN201721148575.3U patent/CN207390094U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107758156A (en) * | 2017-09-08 | 2018-03-06 | 北京鸿通供应链管理有限公司 | A kind of container floor sub-assembly |
| WO2019047755A1 (en) * | 2017-09-08 | 2019-03-14 | 北京鸿通供应链管理有限公司 | Container floor assembly |
| US11498754B2 (en) | 2017-09-08 | 2022-11-15 | Beijing Handler Multimodal Transport Co., Ltd. | Container floor assembly |
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