CN207794312U - A kind of container units and container house - Google Patents
A kind of container units and container house Download PDFInfo
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- CN207794312U CN207794312U CN201721275777.4U CN201721275777U CN207794312U CN 207794312 U CN207794312 U CN 207794312U CN 201721275777 U CN201721275777 U CN 201721275777U CN 207794312 U CN207794312 U CN 207794312U
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Abstract
The utility model is related to technical field of buildings, provide a kind of supporting rack and container units, container house of container units.Supporting rack includes：Under(-)chassis, top frame and four columns, four columns are connected to under(-)chassis and the opposite four corners of top frame, the both ends of each column include a connector being connect respectively with under(-)chassis and another connector being connect with top frame, two surfaces of the framed side wallboard connection of each connector and both sides are both provided with cable-through hole, and the cable-through hole of the same connector both sides is interconnected；Container units are made of four framed side wallboards and supporting rack described in the utility model；Container house is composed of multiple container units, wherein at least includes a container units described in the utility model.Using the utility model, the influence that can be threaded to cable to avoid the column of supporting rack, to user-friendly, and there is no the exposed caused aesthetic problems of cable.
Description
Technical field
The utility model is related to technical field of buildings, particularly relate to a kind of supporting rack and packaging packing list of container units
Member, container house.
Background technology
With the reinforcement that the raising and enterprises service of social and economic level are realized, the Service and Construction of enterprise achieves considerable
Development.While realization sells product online, the Related service facility under line is also following up therewith for more enterprise.Line lower body
The pattern that platform is relatively conventional is tested, can make the glamour of client or potential the buyer abundant to-be-experienced product in this place.
Currently, more line experience platform is configured in the regions such as community, tourist attraction, public leisure area, these
Line experience platform exists usually in the form of movable dwellings.Movable dwellings is built by more scrappy building block, this
A little scrappy building blocks once build completion, and the pattern of movable dwellings, which is then just realized, fixes, it is obvious that this is not suitable with line lower body
Test requirement on flexibility of the platform to pattern.
In addition, it is known that there is line experience platform mobility, producer can adjust its geographical position according to demand
It sets, current movable dwellings needs after dismantling by its scrappy building block packing and transporting, then again in next destination region
Again it builds.Current movable dwellings has that inconvenient transport, dismounting heavy workload, disassembly efficiency are low.Moreover, each living
The building block in dynamic house is all preset, once building completion, then the house type of movable dwellings determines, it is difficult to be further added by space
Arrange new experience service.As it can be seen that current movable dwellings is also with the poor problem of ductility.
Container is the cargo storage case for cargo transport, has stronger intensity.Currently, container is got over as house
Come it is more universal, container can integral moving, conevying efficiency can be improved, while container dismounts work when as movable dwellings
Amount is smaller.User can increase the extension space of movable dwellings by combining multiple containers, solve traditional work
The problems of dynamic house.
Electrical equipment there are many being laid in container house, in order to be these power supply for electrical equipment, Nowadays, Container shipping room institute
It is provided with penetration pipe in the framed side wallboard of the container used, penetration pipe can be penetrated for the cable of power supply for electrical equipment, with threading
The trend of pipe and extend to the position where each electrical equipment.Fig. 1 is that a kind of structure of the wallboard of container lateral in the prior art is shown
It is intended to, framed side wallboard 17 shown in FIG. 1 includes outer surface 13 and inner surface 15, and being laid with light current in the inside of the framed side wallboard 17 wears
Spool 12, forceful electric power penetration pipe 14 and other penetration pipes 16.
But in actual operating process, cable is from during a framed side wallboard is threaded into adjacent another framed side wallboard
It can be interfered by the column of the supporting rack of container, and then cause threading difficult.In such cases, the cabling of cable have to around
The column of spending support.In specific operating process, cable is first pierced by from a framed side wallboard, then passes around the column of supporting rack
It penetrates again in another framed side wallboard afterwards, to complete the cabling of cable, such threading mode is relatively complicated, it has not been convenient to user's operation.
In addition, in such cases, cable has part and is located at except the metope of framed side wallboard, eventually influences the beauty of internal container
Property.
Utility model content
In view of this, the main purpose of the utility model is to provide a kind of supporting rack of container units and packaging packing lists
Member, container house can be convenient for cable to be threaded from a framed side wallboard of container to adjacent another framed side wallboard, avoid supporting rack
The influence that column threads cable, to user-friendly, and there is no the exposed caused unsightly problems of cable.
In order to achieve the above objectives, the technical solution of the utility model is realized in：
The utility model in a first aspect, providing a kind of supporting rack of container units, which includes bottom frame
Frame, top frame and four columns, four columns are connected to the under(-)chassis and the top frame is opposite
Four corners, the both ends of each column include a connector being connect respectively with the under(-)chassis and with it is described
Two surfaces of the framed side wallboard connection of another described connector of top frame connection, each connector and both sides are all provided with
It is equipped with cable-through hole, the cable-through hole of the same connector both sides is interconnected.
Preferably, the connector be the first connector of connector structure or be grafting slot structure the second connector,
Each column further includes column ontology, and the top and bottom end of the column ontology are respectively fixedly connected with the corresponding connection
Part.
Preferably, the connector is the first connector, and first connector includes the first square connecting plate and two
First riser, two first risers are vertically set on two adjacent edges of first square connecting plate, and described
One square connecting plate and two first risers form the connector structure, first square connecting plate and the column
Ontology is fixedly linked；
Two first risers are respectively formed the first L-type with other two edge of first square connecting plate and slit respectively
Mouthful, two the first L-type gap are respectively the cable-through hole of the connector both sides.
Preferably, the column ontology is hollow quadrangular structural member, in the bottom end and/or top of the column ontology
Chamber is provided with the first connecting plate, and four side walls the first inserting groove of composition of first connecting plate and the column ontology is described
One end that first square connecting plate is provided on first connector is plugged in first inserting groove, and the first party
Shape connecting plate all has the first connecting hole with first connecting plate, and first square connecting plate is logical with first connecting plate
The fastener coordinated with first connecting hole is crossed to connect.
Preferably, the connector is the second connector, and second connector is hollow tetragonous rod structure, described the
Two connectors include the second square connecting plate and four the second risers, and four second risers are vertically set on the second party
On four edges of shape connecting plate, four second risers are from second square connecting plate towards the described second rectangular connection
Two side directions of plate extend, wherein two adjacent second risers are in the portion positioned at second square connecting plate side
Position is both provided with the second L-type gap, and two the second L-type gap are respectively the cable-through hole of the connector both sides；
Four second risers are located at position and the described second rectangular company of the other side of second square connecting plate
Fishplate bar forms the second inserting groove of the grafting slot structure, and the second inserting groove is fixedly connected with the column ontology.
Preferably, the top and/or bottom end of the column ontology are provided with the second connecting plate, second connecting plate and institute
State the second square connecting plate and be both provided with the second connecting hole, second square connecting plate and second connecting plate by with institute
State the fastener connection of the second connecting hole cooperation.
Preferably, the connector is divided into two types, respectively the first connector of connector structure and be inserting groove
Second connector of structure, the column further include column ontology, and the bottom end of the column ontology is solid with first connector
Fixed connection, the top of the column ontology is fixedly connected with second connector.
Preferably, first connector includes the first square connecting plate and two the first risers, and two described first vertical
Plate is vertically set on two adjacent edges of first square connecting plate, first square connecting plate and two described
One riser forms the connector structure, and first square connecting plate is fixedly linked with the column ontology, two described
One riser is respectively formed the first L-type gap, two first L-types with other two edge of first square connecting plate respectively
Gap is respectively the cable-through hole of the connector both sides；
Second connector is hollow tetragonous rod structure, and second connector includes the second square connecting plate and four
A second riser, four second risers are vertically set on four edges of second square connecting plate, described in four
Second riser extends from second square connecting plate towards two side directions of second square connecting plate, wherein adjacent
Two second risers are both provided with the second L-type gap, two institutes at the position positioned at second square connecting plate side
The cable-through hole that the second L-type gap is respectively the connector both sides is stated, four second risers are located at the second party
The position of the other side of shape connecting plate and second square connecting plate form the second inserting groove of the grafting slot structure, and second
Inserting groove is fixedly connected with the column ontology；
The area of the second L-type gap is less than the area of the first L-type gap.
Preferably, the connector is welded in the under(-)chassis or the top frame.
Preferably, the under(-)chassis is provided with the multiple fork truck jacks extended along its width direction, multiple fork trucks
Jack is arranged side by side.
The second aspect of the utility model additionally provides a kind of container units, which includes four side walls
Plate and supporting rack according to container units described in any one of the above embodiments, four framed side wallboards are separately positioned on support frame as described above
Four sides, the top and/or bottom of four framed side wallboards have threading channel, the threading channel and the bottom frame
The cable-through hole of the respective side for the connector being arranged on the correspondence corner of frame or the top frame is connected to.
Preferably, the threading channel is penetration pipe.
The third aspect of the utility model, additionally provides a kind of container house, and the container house includes multiple containers
Unit, multiple container units form single-layer or multi-layer distribution, and multiple container units include at least one
According to container units described above.
Description of the drawings
Fig. 1 is the structural schematic diagram of container lateral wallboard in the prior art
Fig. 2 is the structural schematic diagram for the first connector that the utility model embodiment one provides；
Fig. 3 is the structural schematic diagram that the first connector provided by the utility model is connect with under(-)chassis；
Fig. 4 is the structural schematic diagram for the second connector that the utility model embodiment one provides；
Fig. 5 is a kind of structural schematic diagram for container units that the utility model embodiment two provides；
Fig. 6 is a kind of structural schematic diagram for container house that the utility model embodiment three provides.
Specific implementation mode
Below in conjunction with the accompanying drawings and specific embodiment is further described in more detail the utility model.
The utility model provides a kind of supporting rack of container units, which includes under(-)chassis, top frame
With four columns, four columns are connected to the under(-)chassis and the opposite four corners of the top frame, often
The both ends of a column include a connector being connect respectively with the under(-)chassis and connect with the top frame
Two surfaces of the framed side wallboard connection of another the described connector connect, each connector and both sides were both provided with line
The cable-through hole in hole, the same connector both sides is interconnected.
Embodiment one
A kind of structure of container units provided by the utility model is as shown in figure 5, supporting rack 100 includes under(-)chassis
110, top frame 120 and four columns 130, four columns 130 are connected to 120 phase of under(-)chassis 110 and top frame
To four corners.
In the present embodiment, column 130 includes the first connector 131 being fixedly connected with under(-)chassis 110 and top frame
The second connector 132 and column ontology (not shown) that frame 120 is fixedly connected；Wherein, structure such as Fig. 2 of the first connector 131
Shown, the structure of the second connector 132 is as shown in Figure 4.Column ontology, the first connector 131 and the second connector 132 are fission
Formula structure realizes by intermediate connector (such as the fasteners such as bolt assembly) and connects that such structure being capable of frame 100 easy to support
More neatly assemble.
As shown in Fig. 2, the first connector 131 includes the first square connecting plate 131a and two the first riser 131b, two
First riser 131b is vertically set on two adjacent edges of the first square connecting plate 131a, two the first riser 131b difference
It is respectively formed the first L-type gap 131c, two 131c points of the first L-type gap with other two edge of the first square connecting plate 131a
It Wei not the first cable-through hole and the second cable-through hole.First square connecting plate 131a and two the first riser 131b form plug connector knot
Structure, the first square connecting plate 131a are fixedly linked with column ontology.
Correspondingly, column ontology is hollow quadrangular structural member, the bottom end inner cavity of quadrangular structural member is provided with first
Four side walls of connecting plate, the first connecting plate and column ontology constitute the first inserting groove, and first is provided on the first connector 131
One end of square connecting plate 131a is plugged in the first inserting groove, and the first square connecting plate 131a all has with the first connecting plate
First connecting hole 131a1, the first square connecting plate 131a and the first connecting plate pass through the fastening with the first connecting hole 131a1 cooperations
Part such as bolt assembly is fixedly linked.Above structure enables to the first of the first connector 131 insertion column ontology bottom end to insert
In access slot, the first square connecting plate 131a and the first connecting plate are then fixed by bolt assembly again, is finally reached and more stablizes
Ground connects the purpose of column ontology and the first connector 131.In the present embodiment, the first square connecting plate 131a and the first connecting plate
The first connecting hole 131a1, three the first connecting hole 131a1 is arranged in triangle there are three being respectively provided with.
As shown in figure 4, the second connector 132 is hollow tetragonous rod structure, the second connector 132 includes the second rectangular company
Fishplate bar 132a and four second risers 132b, four the second riser 132b are vertically set on four of the second square connecting plate 132a
On edge.Wherein, four the second riser 132b are from the second square connecting plate 132a towards the both sides of the second square connecting plate 132a
Extend, wherein two adjacent the second risers 132 are both provided with the at the position positioned at the side of second party shape connecting plate 132a
Two L-type gap 132c, two the second L-type gap 132c are respectively third cable-through hole and the 4th cable-through hole.Four the second risers 132
At the position positioned at the other side of second party shape connecting plate 132a grafting slot structure is formed with the second square connecting plate 132a
The second inserting groove 132d, the top of the second inserting groove 132d and column ontology are mating, and the second square connecting plate 132a is used
It is fixedly linked in column ontology.Specifically, two the second L-type gap 132c are adjacent and penetrate through.
Correspondingly, the top of column ontology is provided with the second connecting plate, the second connecting plate and the second square connecting plate 132a
The second connecting hole 132d, the second square connecting plate 132a and the second connecting plate are both provided with by coordinating with the second connecting hole 132d
Fastener such as bolt assembly be fixedly linked.Above-mentioned connection type is on the top of column ontology and 132 grafting of the second connector
It under the premise of cooperation, then is fixed by bolt assembly, and then the stability of assembly can be improved.
As shown in figure 3, the first connector 131 with under(-)chassis 110 by being weldingly connected.Correspondingly, the second connector 132
With top frame 120 also by being weldingly connected.Certainly, the first connector 131 can also pass through intermediate connector and under(-)chassis
110 welding are fastenedly connected, and the second connector 132 can also be welded by intermediate connector and top frame 120 or the company of fastening
It connects.
In the present embodiment, it is located at upper the first L-type gap 131c and the second L-type gap 132c of same column 130 one by one
Relatively.In actual threading process, the cable for being located at container units bottom is more, and the line at the top of container units
Cable is less, is based on this, and in preferred scheme, the area of the second L-type gap 132c is less than the area of the first L-type gap 131c, into
And the second L-type gap 132c and the first L-type gap 131c is enable to adapt to corresponding cable according to specific scene.
In the present embodiment, two adjacent framed side wallboards of each column 130 are orthogonal metope, such as shown in Fig. 5
Framed side wallboard 300 and framed side wallboard 400.The first mistake on first connector 131 (being located at the bottom of Fig. 5 central posts 130, be not shown)
String holes is connected to the bottom of a Yangtze plate 320 of adjacent framed side wallboard 300 threading channel.Second on first connector 131
Cable-through hole is connected to the bottom of adjacent framed side wallboard 400 threading channel.First cable-through hole is connected to the second cable-through hole, can be so that every
A column 130 is connected to the bottom threading channel in two adjacent framed side wallboards.
In the present embodiment, the third mistake on the second connector 132 (being located at the top of Fig. 5 central posts 130, be not shown on figure)
String holes is connected to the top of a Yangtze plate 320 of adjacent framed side wallboard 300 threading channel.The 4th on second connector 132
Cable-through hole is connected to the top of adjacent framed side wallboard 400 threading channel.Third cable-through hole and the connection of the 4th cable-through hole, and then can make
Each column 130 is obtained to be connected to the top threading channel in two adjacent framed side wallboards.
Assembly operation is implemented to container units for the ease of user, as shown in figure 3, under(-)chassis 110 is provided with and prolongs it
The fork truck jack 111 that width direction extends, fork truck jack 111 are two side-by-side, and user can pass through fork truck moving containers
Unit.
It should be noted that the first connector and the second connector can also there are many structure types, the present embodiment to be
Give one of which embodiment.In actual use, the connector being connect with under(-)chassis and top frame can be with
All first connectors, can also all second connectors, can also be other connectors with similar structure group
It closes.
Embodiment two
(do not show as shown in figure 5, the illustrative container units of the utility model include supporting rack 100, top plate 200, bottom plate
Go out), framed side wallboard 300 and framed side wallboard 400, top plate 200 be arranged at the top of supporting rack 100, bottom plate is arranged at the bottom of supporting rack 100
Portion.Framed side wallboard is four pieces, and four pieces of framed side wallboards are separately positioned on four sides of supporting rack 100, four framed side wallboards and top plate 200
The inner space to form container units is surrounded with bottom plate, which is at least part interior space of container house,
The inner space can also be referred to as a room of container house.Wherein, supporting rack 100 is the branch described in preceding embodiment one
Support.
In the present embodiment, the structure of framed side wallboard 300 and framed side wallboard 400 differs.Wherein, framed side wallboard 300 includes multiple right
Yangtze plate is connect, multiple docking Yangtze plates include multiple glass child blocks 320 and multiple steel construction Yangtze plates 310, multiple docking
Plate is removably docked on the side of supporting rack 100, and then forms framed side wallboard 300.
It uses different types of docking Yangtze plate to be docked in a manner of detachably docking, user can be convenient for more flexiblely
Adjust the pattern of framed side wallboard 300.For example, 320 conduct of steel construction Yangtze plate 310 or glass child block of different location can be dismantled
The door or window of container units.Framed side wallboard 400 is the original-pack back door of container.Four side wall harden structures of container units have
There are top threading channel and bottom threading channel.Top is threaded channel and bottom threading channel and can be deposited in the form of penetration pipe
.
Embodiment three
As shown in fig. 6, illustratively a kind of container house includes multiple container units, these containers to the utility model
The existing monolayer distribution in the horizontal direction of unit, also there is Multi-layers distributing in the vertical direction, wherein at least one packaging
Box unit is the container units described in preceding embodiment two.
Container house described in the present embodiment includes the first container units a, the second container units b, third container
Unit c, the 4th container units d, the 5th container units e, the 6th container units f, the 7th container units g, the 8th collection
Case unit h, the 9th container units i, the tenth container units j, the 11st container units k and the second container units l.
Wherein, it is laid with image documentation equipment in the first container units a, image can be watched in the first container units a.
Second container units b is the lobbies VIP, can be rested for the VIP client of corresponding product.Setting in third container units c
There are body-building equipment, such as treadmill.VR equipment is provided in 4th container units d, client can experience by VR equipment
The performance of product.Deck in 5th container units e.It is provided with game station in 6th container units f, for being played for client
Game.7th container units g is warehouse, can there are things for line experience center.It is provided in 8th container units h
Equipment is broadcast live, direct broadcast service can be provided for client.9th container units i is cafe, is capable of providing coffee service.Tenth
Container units j is bookstore, can sell books.Corporate culture presentation device, user are provided in 11st container units k
Show corporate culture.12nd container units l is that product sells room, and the various derived products of enterprise can be bought for client.
Above-mentioned is only a kind of container house of specific embodiment, and container house disclosed in the present application may include the
One container units a, the second container units b, third container units c, the 4th container units d, the 5th container units
E, the 6th container units f, the 7th container units g, the 8th container units h, the 9th container units i, the tenth container
It is one or more in unit j, the 11st container units k and the second container units l.Certainly, it is displayed in above-mentioned each packaging
Equipment in box unit can be adjusted correspondingly according to the demand of user, and the application is not restricted this then, for example, body-building
Equipment can adjust in the first container units a, and image documentation equipment may be adjusted in the 4th container units d, and VR equipment can
To be adjusted in third container units c, there are many above-mentioned adjustment modes, and it will not be described in detail here.
Above description is only a specific implementation of the present invention, but the scope of protection of the utility model and different limit
In this, any one skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation
Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with the power
Subject to the protection domain that profit requires.
Claims (13)
1. a kind of supporting rack of container units, including under(-)chassis, top frame and four columns, four column difference
It is connected to the under(-)chassis and the opposite four corners of the top frame, which is characterized in that the both ends of each column
Including a connector being connect respectively with the under(-)chassis and another the described connector being connect with the top frame,
Two surfaces of the framed side wallboard connection of each connector and both sides are both provided with cable-through hole, the same connector both sides
The cable-through hole be interconnected.
2. supporting rack according to claim 1, which is characterized in that the connector is the first connector of connector structure
Or the second connector for grafting slot structure, each column further includes column ontology, the top and bottom of the column ontology
End is respectively fixedly connected with the corresponding connector.
3. supporting rack according to claim 2, which is characterized in that the connector is the first connector, and described first connects
Fitting includes the first square connecting plate and two the first risers, and two first risers are vertically set on the described first rectangular company
On two adjacent edges of fishplate bar, first square connecting plate and two first risers form the connector structure,
First square connecting plate is fixedly linked with the column ontology；
Two first risers are respectively formed the first L-type gap with other two edge of first square connecting plate respectively,
Two the first L-type gap are respectively the cable-through hole of the connector both sides.
4. supporting rack according to claim 3, which is characterized in that the column ontology is hollow quadrangular structural member,
The bottom end and/or top inner cavity of the column ontology are provided with the first connecting plate, first connecting plate and the column ontology
Four side walls constitute the first inserting groove, one end that first square connecting plate is provided on first connector is plugged on
In first inserting groove, and first square connecting plate and first connecting plate all have the first connecting hole, and described the
One square connecting plate is connect with first connecting plate by the fastener coordinated with first connecting hole.
5. supporting rack according to claim 2, which is characterized in that the connector is the second connector, and described second connects
Fitting is hollow tetragonous rod structure, and second connector includes the second square connecting plate and four the second risers, four institutes
It states the second riser to be vertically set on four edges of second square connecting plate, four second risers are from described second
Two side directions of square connecting plate towards second square connecting plate extend, wherein two adjacent second risers exist
It is both provided with the second L-type gap positioned at the position of second square connecting plate side, two the second L-type gap are respectively
The cable-through hole of the connector both sides；
Four second risers are located at the position of the other side of second square connecting plate and second square connecting plate
The second inserting groove of the grafting slot structure is formed, the second inserting groove is fixedly connected with the column ontology.
6. supporting rack according to claim 5, which is characterized in that the top and/or bottom end of the column ontology are provided with
Second connecting plate, second connecting plate are both provided with the second connecting hole with second square connecting plate, and described second is rectangular
Connecting plate is connect with second connecting plate by the fastener coordinated with second connecting hole.
7. supporting rack according to claim 1, which is characterized in that the connector is divided into two types, respectively grafting
First connector of part structure and the second connector for grafting slot structure, the column further includes column ontology, the column
The bottom end of ontology is fixedly connected with first connector, and the top of the column ontology is fixed with second connector to be connected
It connects.
8. supporting rack according to claim 7, which is characterized in that first connector include the first square connecting plate and
Two the first risers, two first risers are vertically set on two adjacent edges of first square connecting plate, institute
State the first square connecting plate and two first risers form the connector structure, first square connecting plate with it is described
Column ontology is fixedly linked, other two edge of two first risers respectively with first square connecting plate is respectively formed
First L-type gap, two the first L-type gap are respectively the cable-through hole of the connector both sides；
Second connector is hollow tetragonous rod structure, and second connector includes the second square connecting plate and four the
Two risers, four second risers are vertically set on four edges of second square connecting plate, four described second
Riser extends from second square connecting plate towards two side directions of second square connecting plate, wherein adjacent two
Second riser is both provided with the second L-type gap at the position positioned at second square connecting plate side, two described
Two L-type gap are respectively the cable-through hole of the connector both sides, and four second risers are located at the described second rectangular company
The position of the other side of fishplate bar forms the second inserting groove of the grafting slot structure, the second grafting with second square connecting plate
Slot is fixedly connected with the column ontology；
The area of the second L-type gap is less than the area of the first L-type gap.
9. supporting rack according to claim 1, which is characterized in that the connector is welded on the under(-)chassis or described
In top frame.
10. supporting rack according to claim 1, which is characterized in that the under(-)chassis is provided with to be prolonged along its width direction
The multiple fork truck jacks stretched, multiple fork truck jacks are arranged side by side.
11. a kind of container units, which is characterized in that the container units are including four framed side wallboards and according to claim 1-
The supporting rack of 10 any one of them container units, four framed side wallboards are separately positioned on four sides of support frame as described above
Face, the top and/or bottom of four framed side wallboards have a threading channel, the threading channel and the under(-)chassis or described
The cable-through hole of the respective side for the connector being arranged on the correspondence corner of top frame is connected to.
12. container units according to claim 11, which is characterized in that the threading channel is penetration pipe.
13. a kind of container house, the container house includes multiple container units, and multiple container units form single layer
Or Multi-layers distributing, which is characterized in that multiple container units include at least one according to described in claim 11 or 12
Container units.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721275777.4U CN207794312U (en) | 2017-09-30 | 2017-09-30 | A kind of container units and container house |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721275777.4U CN207794312U (en) | 2017-09-30 | 2017-09-30 | A kind of container units and container house |
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| Publication Number | Publication Date |
|---|---|
| CN207794312U true CN207794312U (en) | 2018-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721275777.4U Active CN207794312U (en) | 2017-09-30 | 2017-09-30 | A kind of container units and container house |
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| Country | Link |
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| CN (1) | CN207794312U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111731692A (en) * | 2019-03-25 | 2020-10-02 | 阳光电源股份有限公司 | Energy storage container and energy storage container system |
-
2017
- 2017-09-30 CN CN201721275777.4U patent/CN207794312U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111731692A (en) * | 2019-03-25 | 2020-10-02 | 阳光电源股份有限公司 | Energy storage container and energy storage container system |
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