CN206705047U - A kind of warehouse multiple layer tray storing unit - Google Patents
A kind of warehouse multiple layer tray storing unit Download PDFInfo
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- CN206705047U CN206705047U CN201720407697.3U CN201720407697U CN206705047U CN 206705047 U CN206705047 U CN 206705047U CN 201720407697 U CN201720407697 U CN 201720407697U CN 206705047 U CN206705047 U CN 206705047U
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Abstract
The utility model belongs to articles from the storeroom storage technical field, more particularly to a kind of warehouse multiple layer tray storing unit, including being put in storage port, also include the storage space of the loading space of the arrangement containing multiple two-dimensional spaces, the loading space of the arrangement containing multiple two-dimensional spaces shunts space, the side for being put in storage space be put in storage port and be put in storage between space forms storage transfer guide rail, and the storage space formed between storage space and shunting space and the shelf of the shunting transfer guide rail formed with shunting space；Be put in storage the goods running rail formed between the bottom of port and storage transfer guide rail, the storage of formation transfers guide rail and in storage space bottom, simultaneously with the movement of the goods running rail formed between storage transfer guide rail and shunting transfer guide rail, goods on the storage port in standby, at least one first running tool in transfer storage space.It can distinguish the storage space of goods loading, shipment space and shunting space, and that shortens goods to greatest extent goes out entry time.
Description
Technical field
The utility model belongs to articles from the storeroom storage technical field, and in particular to is deposited and filled with multiple layer tray in a kind of warehouse
Put.
Background technology
Logistics is substance circulating (Physical Distribution) abbreviation, that is, refers to the business from the producer to consumer
The flowing of product.
The concept of general logistics is to include manufacturer commodity and service are transferred to consumer, creates place and time
And hold the activity of efficiency.Just reflect that effluent stream is to meet outside trading function that commodity hold, create and appear on the scene with this theorem
And the time function.
Logistics specifically include the commodity produced conveyed, loaded and unloaded, being taken care of, packaging process, circulation and process or conveying base
The process of the logistics such as Infrastructure.Moreover, it further comprises the concept of the information flows such as the communications infrastructure and Information Network.
Logistics is to convey commecial activity and the part relevant with this between the country such as infrastructure, communications infrastructure, and enterprise
Conveying, keeping, handling, packaging, circulation, processing, the overall embodiment of informational function that itself can be managed.
There are the place of temporary safe-keeping goods, i.e., the goods of certainly non-instant circulation in custody of goods warehouse, but can incite somebody to action if necessary
Goods outbound, the function of circulating immediately.As the custody of goods warehouse of a composition part in logistics system, goods is in warehouse
In be loaded during needed for time, and goods during outbound needed for time, be evaluation logistics system efficiency
Key.As goods is loaded into warehouse in the short time, and goods be able to can also turn into most if promptly outbound from warehouse
Preferable logistics system.
It is that specified place is loaded into after goods is lifted with fork truck to load conventional method at present, with loading space also
Continuous movement forklift is wanted, but not only speed is slow for fork truck, and directly operated with manpower, cause the time of input more, and take
With also more.In the space that goods loads, the space of fork truck movement must be stayed, also causes the weakness for making loading space diminish.
Furthermore the situation of goods, according to the difference of forklift truck properties, the loading place more than two layers are loaded using fork truck
In, goods can not load or be difficult movement.When the goods outbound being loaded, just with during goods warehousing order on the contrary,
Caused weakness during formation goods warehousing.
Utility model content
The purpose of the utility model is：A kind of warehouse multiple layer tray storing unit is aimed to provide, goods loading can be distinguished
Storage space, shipment space and shunting space, the running tools for transporting module by two separation undertake the storage of goods
With the outbound of goods, and shorten goods to greatest extent and go out entry time.
To realize the technical purpose, the technical solution adopted in the utility model is as follows：
A kind of warehouse multiple layer tray storing unit, including at least one storage port, in addition to contain multiple two-dimensional spaces
The loading space of arrangement storage space, containing multiple two-dimensional spaces arrangement loading space shunt space, it is described storage port and
The side in the storage space between the storage space forms storage transfer guide rail, and between the storage space and shunting space
The shelf of guide rail are transferred in the storage space formed and the shunting formed with the shunting space；The bottom of the storage port
The goods running rail formed between the storage transfer guide rail, the storage of formation transfer guide rail and in the storage sky
Between bottom, while with the movement of goods running rail formed between storage transfer guide rail and the shunting transfer guide rail, treating
The goods on the storage port in machine, transfer at least one first running tool in the storage space；And described point
Stream transfer guide rail, in the goods running rail and formation that the bottom in the storage space is formed under the shunting space
Portion, while movement with the goods running rail with the shunting transfer guide rail and adjacent formation, the quilt in the storage space
At least one second running tool that the goods of loading is transported by the shunting space.
Preferably, the shelf are the outbound spaces with being formed in the neighbouring shunting space；With the neighbour
At least one outbound port formed near outbound space；Between the shunting space and the outbound space, with described
Shunt the outbound transfer guide rail that space and the outbound space are formed；Between the outbound space and the outbound port, with
The shipment transfer guide rail that the outbound space and the outbound port are formed；In the bottom in the outbound space, in the shunting
The goods running rail formed between transfer guide rail and outbound transfer guide rail；And it is contained in the bottom of the outbound port and goes out
The goods running rail formed between goods transfer guide rail；Guide rail is transferred in the outbound, is formed in the bottom in the shunting space
Goods running rail, and moved with the goods running rail side of the bottom in outbound space formation, side is the shunting
The goods in space is transplanted at least one 3rd running tool in the outbound space；And the shipment transfer guide rail, in institute
State the goods running rail that the bottom in outbound space is formed, and the goods running rail of the bottom formation with the outbound port
Side is moved, and the goods in the outbound space is transplanted at least one 4th running tool of the outbound port.
Preferably, first running tool contains transfers guide rail movement in the storage space with the storage
First transports module；And transported installed in described first in module under state, one side movement in the storage space, with institute
The separation of the first transport module is stated, the goods running rail formed between the bottom of the storage port and the storage space,
And the second of the goods running rail movement formed in described bottom transports module, second running tool contains with described
Shunting transfer guide rail, the 3rd transport module moved between storage space and shunting space；And it is installed in described
3rd transports state in module, and guide rail is transferred with the shunting, described to be moved between storage space and shunting space, from described
3rd transport module is empty with the goods running rail formed in the bottom in the storage space, and the shunting after being initially separated
Between bottom formed goods running rail on move the 4th transport module；3rd running tool is transferred containing the outbound
Guide rail, the 5th moved between the shunting space and outbound space transport module；And it is installed in the described 5th and transports
Module status, guide rail is transferred with the outbound, is moved between the shunting space and outbound space, module is transported from the described 5th
After being initially separated, with the goods running rail and the bottom shape in the outbound space formed in the bottom in the shunting space
Into goods running rail movement the 6th transport module；4th running tool is containing shipment transfer guide rail, described
The 7th transport module moved between outbound space and the outbound port is installed in the described 7th and transports module status, with institute
Shipment transfer guide rail is stated, is moved between the outbound space and the outbound port, is divided since the described 7th transports module
From rear, in the goods running rail that the bottom in the outbound space is formed, and described formed in the bottom in the outbound space
Goods running rail movement the 8th transport module.
Preferably, described first transport module, it is described 3rd transport module, it is described 5th transport module and
The belt unit that described 7th top for transporting module is set, module, the 4th transport module, institute are transported described second
State the 6th transport module and the 8th transport module contains, the mobile work that the goods in module can rise or can decline
Tool.
Preferably, have on the goods running rail of the storage space bottom and transported described first in module
At least two second of installation transports module, on the goods running rail of the shunting space bottom, even if not the described 3rd
Transport and installed in module, also to there is the presence that at least two the 4th transports module, the goods traveling in outbound space bottom is led
On rail, though not the described 5th transport module on install, also to have at least two the 6th transport module presence, it is described go out
On the goods running rail of storehouse port bottom, even if not installed in the described 7th transport module, also there is the fortune of at least two the 8th
Send the presence of module.
Preferably, the storage space, the shunting space and the outbound space form the situation of multilayer,
Each layer transfers guide rail and outbound transfer guide rail composition by a storage transfer guide rail, described shunt, and described first
Running tool, second running tool and the 3rd running tool are to be moved using each elevating method in each interlayer.
The beneficial effects of the utility model are：The storage space of goods loading can be distinguished, shipment space and shunting are empty
Between, the outbound of the storage of goods and goods is undertaken by the running tool of two separation transport modules, and shorten to greatest extent
Goods goes out entry time.
Brief description of the drawings
The utility model can be further illustrated by the nonlimiting examples that accompanying drawing provides；
Fig. 1 is that a kind of warehouse of the utility model is shown with the vehicle structure used in multiple layer tray storing unit embodiment
It is intended to；
Fig. 2 is a kind of strabismus structural representation of warehouse multiple layer tray storing unit embodiment of the utility model；
Fig. 3 is a kind of planar structure schematic diagram of warehouse multiple layer tray storing unit embodiment of the utility model；
Fig. 4 to Fig. 7 is first in a kind of operation method of warehouse multiple layer tray storing unit embodiment of the utility model
Goods of the running tool at storage port is loaded into the process schematic in storage space；
A kind of structural representation of warehouse of Fig. 8 the utility model multi-layered storage rack in multiple layer tray storing unit embodiment；
Symbol description in diagram is as follows：
100. running tool；101. first transports module；102:Second transports module；103. conveyer belt；201. first fortune
Send instrument；202. second running tools；203. the 3rd running tools；204. the 4th running tools；205. storage transfer guide rails；
206. shunting transfer guide rails；Guide rail is transferred in 207. outbounds；Guide rail is transferred in 208. shipment；209~213. goods running rails；A1.
Be put in storage port；A2. space is put in storage；A3. space is shunted；A4. outbound space；A5. outbound port.
Embodiment
In order that the utility model may be better understood in those skilled in the art, it is right with reference to the accompanying drawings and examples
Technical solutions of the utility model further illustrate.
With reference to the following drawings, example of the present utility model is carefully illustrated, the reference marks described in each accompanying drawing is corresponding
Real material.
Transported as shown in figure 1, the running tool 100 used in the utility model transports module 101 and second by first
Module 102 is formed.
In the utility model, the system that traveling goods loads function is defined as MDPSMulti Deep Pallet
Shuttle systems.The loading of goods is carried out using female car shuttle and sub- car satellite in the utility model, transfers and goes out
Goods, it can be illustrated below.
Second transport module 102 is mounted in the first transport module 101, Fig. 1 bottom or the top state for separating Fig. 1
It can use.First transport module 101 is moved in loading space, can be referred to as " female car " shuttle, and second transports
Module 102 is to may be mounted in the first transport module 101 or can also be used in the state of separating, therefore can be referred to as
" sub- car " satellite.These guide rail can be transferred according to respective guide rail and running rail moves.
The mode that goods handling instrument 100 is installed is realized in following two methods.
The first, the second transport module 102 and first transports the released state of module 101 and is moved to the place for loading goods,
And be reinstalled in after its goods loading in the first transport module 101, finally goods is loaded into running tool 100.
The second, the first transport module 101 is moved to the place to be loaded, by corresponding goods with the belt unit of itself
103 transport in module 101 mounted in first.In this case, it is to separate that the first transport module 101 transports module 102 with second
State, the separated second transport module 102 is when be separately individually moved goods, using built-in belt unit 103, allows the
One transport module 101 also transfers corresponding goods, the transfer efficiency of goods is reached maximization.
It is by each motor that first transport module 101 and second, which transports module 102, is moved using driving wheel, suitably
Differentiation first transport module 101 moving direction and 2 transport modules 102 carriage direction.In order to be readily appreciated that, this practicality is new
Only the example moved by mutual right angle is illustrated in type.
The internal structure that first transport module 101 and second transports module 102 is not illustrated, but they are included in shifting
The motor of the driving wheel used when dynamic, central regulator control system and communication unit and the power supply supply that can receive to have radio communication
Unit etc., this part is not core of the present utility model, so not illustrated to this part.Particularly, in the second fortune
The inside of module 102 is sent, can make what goods rose or fell goods to move up and down instrument included in upside.Mould is transported first
The belt unit 103 of goods can be disposed by having in block 101.
As shown in Figures 2 and 3, comprising storage port A1, space A2 is put in storage, shunts space A3, outbound space A4, outbound end
Mouthful A5 shelf Rack and comprising multiple Transfer methods 201~204, is put in storage space A2, shunting space A3 and outbound space A4 is
Include each most loading spaces.Here, so-called loading space is the place of keeping goods.
Storage port A1 and storage space A2 between, be put in storage space A2 and shunting space A3 between, shunting space A3 and
Between the A4 of outbound space, between outbound space A4 and outbound port A5, storage transfer guide rail 205 is each set, shunting transfer is led
Rail 206, outbound transfer guide rail 207 and shipment transfer guide rail 208.Furthermore in storage port A1, space A2 is put in storage, shunts space
A3, outbound space A4, outbound port the A5 each goods running rail 209~213 in bottom are set between guide rail is transferred.
In the following description, be put in storage between port A1 and storage space A2, be put in storage between space A2 and shunting space A3,
Between shunting space A3 and outbound space A4, between outbound space A4 and outbound port A5, it is assumed that the Transfer method belonging to goods
For the inside of respective 1st Transfer method 201, the inside of the 2nd Transfer method 202, the inside of the 3rd Transfer method 203 and the 4th fortune
The inside of delivery method 204.
The inside of 1st Transfer method 201 is to transfer guide rail 205, storage port A1 and storage transfer guide rail according in storage
The goods running rail 209 formed between 205, and the shifting of the goods running rail 210 formed in storage space A2 bottom
Dynamic, the goods in storage port A1 places are standby is transferred by being put in storage space A2.The inside of 2nd Transfer method 202 is that basis exists
The shifting of shunting transfer guide rail 206, storage space A2 and shunting space the A3 each self-forming goods running rail 210,211 in bottom
Dynamic, the goods being loaded in space A2 is put in storage is transferred by shunting space A3.The inside of 3rd Transfer method 203 is that basis exists
Guide rail 207 is transferred in outbound, shunts the goods running rail 211 that space A3 bottom is formed, and in outbound space A4 bottom
The movement of the goods running rail 212 of formation, the goods for shunting space A3 are transferred by outbound space A4.4th Transfer method 204
Inside be to transfer guide rail 208 according in shipment, goods running rail 212 that outbound space A4 bottom is formed and in outbound
The movement for the goods running rail 213 that port A5 bottom is formed, outbound space A4 goods are transferred by outbound port A5.
The the first transport module and second that respectively possesses in four running tools transports module, and this transports module and had been described above
Cross, be the description of motion characteristic below.
The the first transport module included in the first running tool is the state of the second transport module installation, or does not install
In the state of second transport module the mobile status of guide rail 205 is transferred with storage.Second transport module is opened from the first transport module
Begin be put in storage the goods running rail 209 formed between port A1 and storage space A2 after separation and be put in storage space A2 bottom
The mobile status of goods running rail 210 of formation.
The the first transport module included in the second running tool is the state of the second transport module installation, or does not install
The mobile status of guide rail 206 is transferred with shunting in the state of the second transport module, the second transport module is to transport module from first
After being initially separated shape is moved in the goods running rail 210,211 of the storage space A2 and outbound space A4 each self-forming in bottom
State.
The the first transport module included in the 3rd running tool is the state of the second transport module installation, or does not install
The mobile status of guide rail 207 is transferred with outbound in the state of second transport module, the second transport module is and first transports module point
From rear, in the mobile status of goods running rail 211,212 of the shunting space A3 and outbound port A5 each self-forming in bottom.
The the first transport module included in the 4th running tool is the state of the second transport module installation or not installed
The mobile status of guide rail 208 is transferred according to shipment in the state of second transport module, the second transport module is to transport module from first
The goods running rail 212,213 of each self-forming in bottom after being initially separated in outbound space A4 and outbound port A5 moves shape
State.
In Fig. 1 storage port A1 and outbound port A5 respectively mark one, in order to accompanying drawing simplicity and explanation facility,
It can be set according to the quantity needed for storage port A1 and outbound port A5.Also having can also be described in detail below example, the first fortune
Send instrument can built-in more than 2 the 4th running tools.
As shown in Figures 2 and 3, the inside of the first running tool 201 is the goods in storage port A1 by being put in storage space
During A2 is transferred, the inside of the second running tool 202 is will to be put in storage the goods loaded at the A2 of space by shunting space A3
Transfer, the inside of the 3rd running tool 203 are also to transfer the goods loaded at shunting space A3 by outbound space A4,
The inside of 4th running tool 204 is also that the goods that will be loaded in outbound space A4 is transferred by outbound port A5.
That is, the situation of MDPS systems is to be put in storage simultaneously in the utility model, shunting and outbound.Enter
The relative reduction of traditional logistics safeguard system is compared in storehouse with the time of outbound, and this point is easy to imagine that.
Fig. 4 to Fig. 7 is that the utility model first running tool in the operation method of MDPS systems is being put in storage at port
Goods is loaded into the procedure declaration in storage space.
As shown in figure 4,400 goods are loaded in storage port according to the first running tool of MDPS systems in the utility model
Afterwards with mobile status on storage transfer guide rail 205.This is that the first running tool exists in the goods of the second transport module upper load
The state disposed in first transport module.
As shown in figure 5, upper load goods second transport module 500 in the first running tool under placement state with
The storage transfer mobile status of guide rail 205.
As shown in fig. 6, stopped in the second transport module 602 of upper load goods transfers guide rail 205 from storage
First transport module 601 starts to be moved to the position to be loaded in released state.
As shown in fig. 7, be put in storage transfer guide rail 205 after being that goods 701 is mounted on the position in the second transport module 702
Place leaves and moved by the first transport module 601.At this moment goods 700 new at storage port is in holding state
.
Fig. 4 to Fig. 7 is the explanation of the method for transporting about the first running tool, and this is the 4 built in the second running tool
The method for transporting of running tool, because can omit the description equally in this way herein.
Above-mentioned the 1st Transfer method for only illustrating one is to be moved after goods is loaded at storage port A1 by being put in storage space A2
Dynamic process, first running tool of one in the utility model are after loading goods at storage port A1, to pass through
When being put in storage the transfer of space A2 certain positions, other another first running tools are to load new goods at storage port A1
Afterwards, can also be transferred in the certain position by being put in storage space A2.At this moment, it is necessary to 2 the first running tools, in its transport,
It is set not conflict between each other after the regulation of computer algorithm, as long as the experienced technician in this field can do
Arrive, therefore be not illustrated herein.
In order to save another example of the time needed in storage place, the 2nd transfer module of goods is loaded in the goods
When being moved in running rail 210, the 1st transfer module is not stopped at storage transfer guide rail 205, and guide rail 205 is transferred with storage
It is mobile, after loading new goods at storage port A1, it will be moved into and completed the 2nd transfer module standby position for loading goods
Put.After the 2nd transfer module in standby is installed to the 1st transfer module, by new goods movement to the position for needing to load, and with
Goods running rail 210 is by goods movement to " loaded " position.
As above-mentioned pattern, the situation of the 4th running tool built in the second running tool can also use.
In order to be better understood from above-mentioned utility model, only individual layer shelf are illustrated, but multilayer can also be applied to
In the shelf of structure.
As shown in figure 8, the shelf of MDPS systems are sandwich constructions in the utility model, such case is the first running tool
It is storage transfer guide rail layer 801 that the lowering or hoisting gear moved up and down of built-in 3rd running tool, which does not identify, and guide rail layer is transferred in shunting
802, outbound is transferred at least to be needed to set in guide rail layer 803 and shipment transfer guide rail layer 804 at one.
The merely exemplary explanation of embodiment principle of the present utility model and its effect, not for limiting this practicality newly
Type.Any person skilled in the art can all be carried out without prejudice under spirit and scope of the present utility model to the embodiment
Modifications and changes.Therefore, all those of ordinary skill in the art are without departing from the spirit disclosed in the utility model
With all equivalent modifications completed under technological thought or change, should be covered by claim of the present utility model.
Claims (6)
- A kind of 1. warehouse multiple layer tray storing unit, it is characterised in that：Including at least one storage port (A1), in addition to contain The storage space (A2) of the loading space of multiple two-dimensional space arrangements, the loading space of the arrangement containing multiple two-dimensional spaces shunt space (A3), the side in the storage space (A2) between storage port (A1) and storage space (A2) forms storage transfer guide rail (205) the storage space (A2) that is formed and with described point, and between storage space (A2) and shunting space (A3) The shelf for the shunting transfer guide rail (206) that fluid space (A3) is formed；The bottom of storage port (A1) and the storage transfer The goods running rail (209) formed between guide rail (205), the storage of formation transfer guide rail (205) and in the storage Space (A2) bottom, while travelled with the goods formed between storage transfer guide rail (205) and the shunting transfer guide rail (206) The movement of guide rail (210), the goods on the storage port (A1) in standby, transfer storage space (A2) at least One the first running tool；And the shunting transfer guide rail (206), in the goods that the bottom of storage space (A2) is formed Running rail (210) and formed in the bottom of shunting space (A3), with the shunting transfer guide rail (206) and adjacent While the goods running rail (211) of formation is mobile, the goods being loaded in storage space (A2) is by described point At least one second running tool that fluid space (A3) transports.
- A kind of 2. warehouse multiple layer tray storing unit according to claim 1, it is characterised in that：The shelf are and institute State the outbound space (A4) formed in neighbouring shunting space (A3)；With being formed at least in the neighbouring outbound space (A4) One outbound port (A5)；Between shunting space (A3) and the outbound space (A4), with shunting space (A3) The outbound transfer guide rail (207) formed with the outbound space (A4)；In the outbound space (A4) and the outbound port (A5) between, guide rail (208) is transferred in the shipment formed with the outbound space (A4) and the outbound port (A5)；It is described go out The bottom in storehouse space (A4), the goods formed between the shunting transfer guide rail (206) and outbound transfer guide rail (207) Running rail (212)；And it is contained in the goods row formed between the bottom of the outbound port (A5) and shipment transfer guide rail (208) Sail guide rail (213)；The outbound transfer guide rail (207), in the goods running rail that the bottom of shunting space (A3) is formed (211), and with goods running rail (212) side formed in the bottom of the outbound space (A4) move, side is described point The goods of fluid space (A3) is transplanted at least one 3rd running tool of the outbound space (A4)；And the shipment transfer Guide rail (208), in the goods running rail (212) that the bottom of the outbound space (A4) is formed, and with the outbound port (A5) goods running rail (213) side movement that bottom is formed, the goods of the outbound space (A4) be transplanted on it is described go out At least one 4th running tool of storehouse port (A5).
- A kind of 3. warehouse multiple layer tray storing unit according to claim 2, it is characterised in that：Described first transports work Containing being transferred with the storage, guide rail (205) is mobile to transport module to tool the first of storage space (A2)；And installed in institute State in the first transport module under state, in one side movement of storage space (A2), separated with the described first transport module, The goods running rail (209) formed between the bottom of storage port (A1) and storage space (A2), and in institute The second mobile transport module of the goods running rail (210) of the bottom formation of (A2) is stated, second running tool contains with institute State shunting transfer guide rail (206), the 3rd transport module moved between storage space (A2) and shunting space (A3)；With And be installed in it is described 3rd transport module in state, with it is described shunting transfer guide rail (206), it is described storage space (A2) and Move between shunting space (A3), transported from the described 3rd after module is initially separated with the bottom shape in storage space (A2) Into goods running rail (210), and it is described shunting space (A3) bottom formed goods running rail (213) on move The 4th transport module；3rd running tool transfer guide rail containing the outbound (207), in shunting space (A3) and go out The 5th moved between storehouse space (A4) transports module；And be installed in the described 5th and transport module status, with the outbound Guide rail (207) is transferred, is moved between shunting space (A3) and outbound space (A4), is divided since the described 5th transports module From rear, with the goods running rail (211) formed in the bottom of shunting space (A3) and in the outbound space (A4) The goods running rail (212) that is formed of bottom it is mobile the 6th transport module；4th running tool is moved containing the shipment Guide rail (208) is sent, the 7th transport module moved between the outbound space (A4) and the outbound port (A5) is mounted Module status is transported the described 7th, guide rail (208) is transferred with the shipment, at the outbound space (A4) and the outbound end Moved between mouth (A5), after the described 7th transport module is initially separated, in the goods that the bottom of the outbound space (A4) is formed Thing running rail (212), and goods running rail (213) movement formed in the bottom of the outbound space (A5) 8th transports module.
- A kind of 4. warehouse multiple layer tray storing unit according to claim 3, it is characterised in that：Transported described first Module, the described 3rd transport the conveyer belt that module, the 5th transport module and the described 7th top for transporting module are set Device, module, the 4th transport module, the 6th transport module and the 8th transport module are transported described second Contain, the mobile instrument that the goods in module can rise or can decline.
- A kind of 5. warehouse multiple layer tray storing unit according to claim 4, it is characterised in that：In the storage space (A2) at least two second installed in the described first transport module transports module on the goods running rail (210) of bottom, On the goods running rail (211) of described shunting space (A3) bottom, even if not installed in the described 3rd transport module, There is the presence that at least two the 4th transports module, on the goods running rail (212) of outbound space (A4) bottom, i.e., Make not installing in the described 5th transport module, also to have the presence that at least two the 6th transports module, in the outbound port (A5) on the goods running rail (213) of bottom, even if not installed in the described 7th transport module, also there is at least two the Eight transport the presence of module.
- A kind of 6. warehouse multiple layer tray storing unit according to claim 5, it is characterised in that：The storage space (A2), shunting space (A3) and the outbound space (A4) form the situation of multilayer, and each layer is moved by a storage Guide rail (205), the shunting transfer guide rail (206) and outbound transfer guide rail (207) composition are sent, described first transports work Have (201), second running tool (202) and the 3rd running tool (203) are each using each elevating method Interlayer moves.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720407697.3U CN206705047U (en) | 2017-04-18 | 2017-04-18 | A kind of warehouse multiple layer tray storing unit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720407697.3U CN206705047U (en) | 2017-04-18 | 2017-04-18 | A kind of warehouse multiple layer tray storing unit |
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| CN201720407697.3U Expired - Fee Related CN206705047U (en) | 2017-04-18 | 2017-04-18 | A kind of warehouse multiple layer tray storing unit |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108792399A (en) * | 2018-08-21 | 2018-11-13 | 国网甘肃省电力公司检修公司 | A kind of Asset Visualization intelligent storage equipment in Power Material supply chain |
-
2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108792399A (en) * | 2018-08-21 | 2018-11-13 | 国网甘肃省电力公司检修公司 | A kind of Asset Visualization intelligent storage equipment in Power Material supply chain |
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| CF01 | Termination of patent right due to non-payment of annual fee |