CN105691963A - Mobile warehouse with multiple temperature zones - Google Patents
Mobile warehouse with multiple temperature zones Download PDFInfo
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- CN105691963A CN105691963A CN201610181669.4A CN201610181669A CN105691963A CN 105691963 A CN105691963 A CN 105691963A CN 201610181669 A CN201610181669 A CN 201610181669A CN 105691963 A CN105691963 A CN 105691963A
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- connecting plate
- plate
- temperature control
- compartment
- vent
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60P—VEHICLES ADAPTED FOR LOAD TRANSPORTATION OR TO TRANSPORT, TO CARRY, OR TO COMPRISE SPECIAL LOADS OR OBJECTS
- B60P3/00—Vehicles adapted to transport, to carry or to comprise special loads or objects
- B60P3/20—Refrigerated goods vehicles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60P—VEHICLES ADAPTED FOR LOAD TRANSPORTATION OR TO TRANSPORT, TO CARRY, OR TO COMPRISE SPECIAL LOADS OR OBJECTS
- B60P3/00—Vehicles adapted to transport, to carry or to comprise special loads or objects
- B60P3/20—Refrigerated goods vehicles
- B60P3/205—Refrigerated goods vehicles with means for dividing the interior volume, e.g. movable walls or intermediate floors
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D88/00—Large containers
- B65D88/74—Large containers having means for heating, cooling, aerating or other conditioning of contents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D90/00—Component parts, details or accessories for large containers
- B65D90/02—Wall construction
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Transportation (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The invention discloses a mobile warehouse with multiple temperature zones. The mobile warehouse comprises a carriage body framework, wherein the carriage body framework at least consists of a carriage top plate, a carriage base plate, a front side plate and a rear side plate; a plurality of transverse diaphragm plates, longitudinal diaphragm plates and bottom diaphragm plates are arranged in the carriage body framework; the carriage body framework is separated into a plurality of temperature control zones which are independent of one another by the diaphragm plates; all the temperature control areas communicate in the left-right direction; a ventilation port is formed in each temperature control area; and a ventilation valve is arranged at each ventilation port and is used for controlling the opening and the closing of the corresponding ventilation port, so that whether each temperature control zone and the adjacent temperature control zone communicate or not is controlled. According to the mobile warehouse disclosed by the invention, all the temperature control zones are used as small-sized warehouse positions and are used for respectively storing products of different types and storing goods in a classifying way according to the properties of the goods; and an internal detachable structure can be used for storing products with different sizes, so that the quality guarantee and the distribution efficiency of electric-business industry are improved.
Description
Technical field
The present invention relates to a kind of cold chain transportation equipment, be specifically related to a kind of many warm areas and move warehouse。
Background technology
Along with the fast development of electricity business, also present the impetus of fast development as the fresh electricity business of one of the branch of electricity business。Only Chinese fresh electricity business just produces the turnover of hundreds billion of RMB every year, and increases with numeral more than annual double figures。But, current fresh electricity business's supply chain dispensing device falls behind, and causes the industry entirety loss of fresh electricity firm, reaches tens billion of RMB every year。
Existing fresh electricity business's supply chain dispensing device mainly adopts cold preservation container, cold preservation van, room temperature container, van, minibus etc.。Last one kilometer for fresh logistics is provided and delivered, and container truck enters and cannot be introduced into urban road, city, therefore can only adopt cold preservation van or minitype carrier vehicle。
The feature of cold preservation van is: equipped with cold outside it, and internal equipped with interior machine, envelope surrounding is designed with thermal insulation layer。Its shortcoming is: 1, in loading process, and reefer cargo needed pre-cooling before handling, when ambient temperature is more than 35 DEG C, compartment was cooled to about 0 degree in advance, minimum needs 20 minutes；2, goods sorting cannot be carried out onboard, it is necessary to unloading arranges；3, after car door opening, when taking the single commodity of minimum warm area, with warm area commodity temperature leak simultaneously。
Summary of the invention
The technical problem to be solved is to provide a kind of many warm areas and moves warehouse, and it can realize quick self-contained whole unload。
For solving above-mentioned technical problem, the many warm areas of the present invention move the technical solution in warehouse and are:
Including envelope framework, envelope framework is at least made up of compartment top plate 1, railway carriage or compartment base plate 2, front side board 3, back side panel 4；It is provided with some diaphragm plates, midfeather, bottom midfeather in envelope framework, envelope framework is divided into multiple separate temperature control region；Left and right, each temperature control region is through；Each temperature control region is respectively arranged with vent；Each vent is respectively arranged with ventilation valve, and ventilation valve is for controlling the folding of vent, thus whether controlling the connection of each temperature control region and adjacent temperature controlled region。
Multiple described midfeathers are fixing from beginning to end successively from top to bottom with bottom midfeather to be connected, and the longitudinal divider of composition envelope framework, compartment space is divided into N+1 longitudinal memory area by N number of longitudinal divider along the longitudinal direction；Being erected with M diaphragm plate longitudinally in each in memory area, M diaphragm plate will be divided into M+1 temperature control region by memory area longitudinally in each along the vertical direction；Thus envelope framework being divided into the individual separate temperature control region of (N+1) × (M+1)。
Described diaphragm plate is connected to form in left-right direction successively from beginning to end by horizontally disposed K+1 cross connecting plate 7；Midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 vertical connecting plate 8；Bottom midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 bottom connecting plate 6。
Being provided with internal partition in the draw-in groove 7-7 of described adjacent transverse connecting plate 7, each temperature control region is divided into K+1 cell by K internal partition in left-right direction。
The medial surface of described front side board 3 is from top to bottom distributed M lateral connection plate support 3-2, it is positioned at a side lap of cross connecting plate 7 of temperature controlled region, front side on the lateral connection plate support 3-2 of front side board 3, the opposite side edge lap of this cross connecting plate 7 is on the lateral connection plate support of vertical connecting plate 8, and cross connecting plate 7 can in left-right direction slidably。
The medial surface of described back side panel 4 is from top to bottom distributed M lateral connection plate support, it is positioned at a side lap of cross connecting plate 7 of rear side temperature controlled region on the lateral connection plate support of back side panel 4, the opposite side edge lap of this cross connecting plate 7 is on the lateral connection plate support of vertical connecting plate 8, and cross connecting plate 7 can in left-right direction slidably。
Being positioned at the dual-side transverse lap of described cross connecting plate 7 of temperature controlled region, middle part on the lateral connection plate support 8-2 of adjacent two the vertical connecting plates 8 in front and back, cross connecting plate 7 can in left-right direction slidably。
The two ends, left and right in described each temperature control region are respectively arranged with temperature controlled region door-plate 5。
The front portion of described compartment top plate 1 offers vent A；Compartment top plate 1 has the top temperature control regional connectivity below the compartment top ventilating duct 1-10 connected with vent A, compartment top ventilating duct 1-10 and compartment top plate 1；The top of described front side board 3 offers vent B；Front side board 3 has and the vent B side ventilation passage connected, and side ventilation passage connects with the temperature controlled region, front side of front side board 3 side；When vent A connects cold, cold air is introduced into the compartment top ventilating duct 1-10 of compartment top plate 1, subsequently into temperature control region, top；After from top to bottom eventually arrive at temperature controlled region, bottom through the vent of cross connecting plate 7；The cold air of rear side temperature controlled region flows from back to front through the vent of vertical connecting plate 8, bottom connecting plate 6, enters the side ventilation passage of front side board 3, finally discharges from vent B, it is achieved the circulation of cold air。
Described compartment top plate 1 connects the vertical connecting plate 8 being positioned at longitudinal divider upper end by Detachable connection structure；Described railway carriage or compartment base plate 2 connects the lower end of bottom connecting plate 6 by Detachable connection structure。
What the present invention can reach has the technical effect that
The present invention can be carried in compartment or the container of van by fork truck entirety, and realized the last one kilometer dispensing of Cold Chain Logistics by van, it is possible to distribution time is greatly shortened, thus reducing the product proportion of goods damageds。
Different product categories, as small-sized warehouse compartment, is stored respectively in each temperature control region of the present invention, it is possible to carrying out classified storage by goods attribute, internal demountable structure can deposit the product of different volumes size, ensures and dispensing efficiency thus improving electricity firm industry quality。
Each temperature control region of the present invention is capable of independent temperature such that it is able to avoid each temperature control region to influence each other。
The present invention is in use, the temperature controlled region door-plate in each temperature control region is opened, and remove whole internal partition, open the baffle plate of all vents simultaneously, temperature control region can be made all to open wide, now can carry out overall fast precooling in freezer, from more than the 35 DEG C times being cooled to 0 DEG C in advance less than 10 minutes, solve existing van pre-coo time long, and the problem of the big precooling effect difference in container space。
Otherwise, whole internal partitions in each temperature control region are loaded onto, close temperature controlled region door-plate, and close the baffle plate of all vents, whole cells airtight in temperature control region can be made, so that it is guaranteed that the goods in each cell realizes low temperature storage。
When the present invention uses in freezer, quick integrally cooling can be opened wide, when free warehouse uses, it is possible to external ventilating duct realizes overall temperature control, conventional vehicles exterior cold can carry out temperature control, temperature control can be carried out by external ventilation shaft in refrigerator car or refrigerated container。
Compartment space is separated into multiple separate cell by the present invention, it is possible under the premise ensureing quick shipment, it is achieved sort, store, allocate, provide and deliver in scene。It is different from existing electricity business have to realize client individually provide and deliver with allocating website。Owing to achieving goods, in total storehouse, directly sorting pairing is complete, it is possible to realizes minimum distance in multiple focus consumption areas and is undertaken allocating dispensing by single customer demand。
The each cell of the present invention is capable of independent temperature, provides and delivers in conjunction with multiple high passenger flow regions minimum distance。
The each cell of the present invention is subject to coming from the support of top and bottom simultaneously, and load-bearing property is better。
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation, and the left and right directions in literary composition refers to the width of envelope, and fore-and-aft direction refers to the length direction (i.e. fore-and-aft direction in figure) of envelope；
Fig. 1 is the schematic diagram that the many warm areas of the present invention move warehouse；
Fig. 2 a is the profile of the compartment top plate of the present invention；
Fig. 2 b is the upward view of Fig. 2 a；
Fig. 3 is the schematic diagram of the vertical connecting plate locating slot of the compartment top plate of the present invention；
Fig. 4 is the schematic diagram of another embodiment of the vertical connecting plate locating slot of the present invention；
Fig. 5 is the schematic diagram of the 3rd embodiment of the vertical connecting plate locating slot of the present invention；
Fig. 6 is the profile of the railway carriage or compartment base plate of the present invention；
Fig. 7 is the schematic diagram of the bottom connecting plate locating slot of the railway carriage or compartment base plate of the present invention；
Fig. 8 a is the schematic cross-section of the vertical connecting plate of the present invention；
Fig. 8 b is the side view of Fig. 8 a；
Fig. 9 is the schematic cross-section of the bottom connecting plate of the present invention；
Figure 10 is the schematic diagram of the cross connecting plate of the present invention；During installation, the length direction (above-below direction in figure) of cross connecting plate is arranged along the left and right directions of envelope framework；
Figure 11 is the schematic diagram of the front side board of the present invention；
Figure 12 a is the schematic diagram of the temperature controlled region door-plate of the present invention；
Figure 12 b is the side view of Figure 12 a。
Description of reference numerals in figure:
1 is compartment top plate, and 2 is railway carriage or compartment base plate,
3 is front side board, and 4 is back side panel,
5 is temperature controlled region door-plate, and 6 is bottom connecting plate,
7 is cross connecting plate, and 8 is vertical connecting plate,
1-1 is top upper plate, and 1-2 is top lower plate,
1-3 is top header board, and 1-4 is top back plate,
1-5 is top portion ventilation road, and 1-6 is diversion switch,
1-7 is vertical connecting plate locating slot, and 1-10 is compartment top ventilating duct,
1-7-1 is circular gathering sill, and 1-7-2 is laterally steering groove,
1-7-3 is guide plate, and 1-7-4 is vertical gathering sill,
1-7-5 is circular top groove,
1-8 is vertical connecting plate stopper slot, and 1-9 is vertical connecting plate stop,
2-1 is railway carriage or compartment floor body, and 2-2 is bottom connecting plate locating slot,
2-2-1 is that bottom connects compensating groove, and 2-2-2 is arc guide groove,
2-2-3 is longitudinally guiding groove,
2-3 is a spike, and 2-4 is fork truck locating slot,
2-5 is guide plate,
3-1 is front side board main body, and 3-2 is lateral connection plate support,
3-3 is transversal ventilation mouth, and 3-4 is horizontal rotating shaft,
3-5 is valve plate, and 3-6 is ventilation valve sensor,
5-1 is door-plate main body, and 5-2 is groove,
5-2-1 is push-button switch, and 5-2-2 is bindiny mechanism,
5-2-3 is latch,
5-3 is elastic plate, and 5-4 is that cross connecting plate end connects draw-in groove,
5-5 is horizontal roller end fixture,
6-1 is bottom connecting plate main body, and 6-2 is that bottom connects balance element,
6-3 is horizontal rotating shaft, and 6-4 is valve plate,
6-5 is T shaped connecting piece, and 6-6 is transversal ventilation mouth,
6-7 is that bottom connecting plate sidepiece connects draw-in groove,
7-1 is cross connecting plate main body, and 7-2 is longitudinal ventilation mouth,
7-3 is baffle plate, and 7-4 is draw-in groove,
8-1 is vertical connecting plate main body, and 8-2 is lateral connection plate support,
8-3 is transversal ventilation mouth, and 8-4 is horizontal rotating shaft,
8-4-1 is rotating shaft connector,
8-5 is vertical connecting plate locating slot, and 8-6 is pulley guide plate,
8-7 is T shaped connecting piece, and 8-8 is valve plate,
8-9 is that vertical connecting plate sidepiece connects draw-in groove, and 8-10 is vertical connecting plate stopper slot,
8-9-1 is flexible positioning piece,
8-11 is ventilation valve sensor, and 8-12 is cross connecting plate stopper slot,
1-11 is anterior compartment top plate, and 1-12 is rear portion compartment top plate,
3-11 is anterior front side board, and 3-12 is rear portion front side board。
Detailed description of the invention
As it is shown in figure 1, the many warm areas of the present invention move warehouse, including the envelope framework being made up of the compartment top plate 1 extended in left-right direction, railway carriage or compartment base plate 2, front side board 3, back side panel 4；Some diaphragm plates, midfeather, bottom midfeather it is provided with in envelope framework, multiple midfeathers are fixing from beginning to end successively from top to bottom with bottom midfeather to be connected, composition envelope framework longitudinal divider, N number of longitudinal divider by compartment space by be divided into after forward direction N+1 longitudinal direction memory area；Being erected with M diaphragm plate longitudinally in each in memory area, M diaphragm plate will be divided into M+1 temperature control region by memory area longitudinally in each from top to bottom；Thus envelope framework being divided into the individual separate temperature control region of (N+1) × (M+1)；Left and right, each temperature control region is through；
Diaphragm plate is connected to form in left-right direction successively from beginning to end by horizontally disposed K+1 cross connecting plate 7；Midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 vertical connecting plate 8；Bottom midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 bottom connecting plate 6；
Being provided with internal partition in the draw-in groove 7-7 of adjacent transverse connecting plate 7, each temperature control region is divided into K+1 cell by K internal partition in left-right direction；
Each temperature control region is separately provided for guiding the vent ventilated；Each vent is respectively arranged with ventilation valve, and ventilation valve is for controlling the folding of vent, thus whether controlling the connection of each temperature control region and adjacent temperature controlled region；
The two ends, left and right in each temperature control region are respectively arranged with temperature controlled region door-plate 5, it is possible to by the left and right closed at both ends in each temperature control region。
Wherein, the two ends, bottom of compartment top plate 1 connect front side board 3 and the top of back side panel 4 respectively, and the two ends, top of railway carriage or compartment base plate 2 connect front side board 3 and the bottom of back side panel 4 respectively；
Connected mode between compartment top plate 1 and front side board 3 and back side panel 4 can adopt fixed connection structure, it would however also be possible to employ Detachable connection structure, such as being connected of projection and slot；
Connected mode between railway carriage or compartment base plate 2 and front side board 3 and back side panel 4 adopts fixed connection structure (as being welded and fixed), to ensure the stability of envelope framework。
As shown in Figure 2 a, compartment top plate 1 includes top upper plate 1-1, top lower plate 1-2, top header board 1-3, top back plate 1-4, top left plate, top right panel, top upper plate 1-1, top lower plate 1-2, top header board 1-3, top back plate 1-4, top left plate and top right panel are composed of a fixed connection a cavity, as compartment top ventilating duct 1-10；Top upper plate 1-1, top back plate 1-4, top left plate, top right panel adopt heat-barrier material, as ventilating duct thermal insulation layer；Top lower plate 1-2 is as supporting course；Top header board 1-3 offers vent A；
Top lower plate 1-2 is distributed along the longitudinal direction and has N+1 top portion ventilation road 1-5, and 1-5 is vertically extending in top portion ventilation road, by the top temperature control regional connectivity below compartment top ventilating duct 1-10 and top lower plate 1-2；
As shown in Figure 2 b, the bottom surface of top lower plate 1-2 is distributed along the longitudinal direction and has N number of vertical connecting plate locating slot 1-7, and vertical connecting plate locating slot 1-7 matches with the top of vertical connecting plate 8 so that compartment top plate 1 with vertically form detachable fixing be connected between connecting plate 8；Top lower plate 1-2 connects N number of vertical connecting plate 8 by vertical connecting plate locating slot 1-7；Vertical connecting plate locating slot 1-7 is between two adjacent top portion ventilation road 1-5, so that temperature controlled region, each top has respective top portion ventilation road 1-5；
Vertical connecting plate locating slot 1-7 extends in left-right direction；Vertical connecting plate locating slot 1-7 offers the length direction distribution of N-1 vertical connecting plate stopper slot 1-8, N-1 vertical connecting plate stopper slot 1-8 vertically connecting plate locating slot 1-7；The corresponding vertical connecting plate stop 1-9 of each vertical connecting plate stopper slot 1-8, vertical connecting plate stop 1-9 can vertically move by connecting plate stopper slot 1-8, thus carrying out spacing to the end of vertical connecting plate 8；
Each top portion ventilation road 1-5 is respectively provided with diversion switch 1-6, diversion switch 1-6 and can rotate around its fixing end, it is achieved the folding of top portion ventilation road 1-5, thus whether controlling the connection of compartment top ventilating duct 1-10 and temperature controlled region, top；
Vertical connecting plate locating slot 1-7 can adopt structure as shown in Figure 3, including the circular gathering sill 1-7-1 extended in left-right direction, laterally steering groove 1-7-2 is formed on the top of circular gathering sill 1-7-1, thus the mode that removably connects realized between vertical connecting plate 8 and top lower plate 1-2；The vertical connecting plate locating slot 1-7 of this structure, circular gathering sill 1-7-1 and laterally steering groove 1-7-2 plays connection guide effect, and laterally steering groove 1-7-2 can also play the supporting role to vertical connecting plate 8 simultaneously；
Circular gathering sill 1-7-1 can directly offer on the lower plate 1-2 of top；Can also being formed by guide plate 1-7-3, guide plate 1-7-3 is removably connected with top lower plate 1-2 formation by bolt；At vertical connecting plate 8 along circular gathering sill 1-7-1 and the laterally steering groove 1-7-2 process horizontally slipped, if generation dirt needs to clear up in laterally steering groove 1-7-2, only need to back out bolt to be directed to plate 1-7-3 and pull down from the lower plate 1-2 of top, laterally steering groove 1-7-2 can be cleared up；This structure can reduce the workload of cleaning dirt；
Circular gathering sill 1-7-1 can also replace with straight gathering sill as shown in Figure 2；
Vertical connecting plate locating slot 1-7 can also adopt structure as shown in Figure 4, including the vertical gathering sill 1-7-4 extended in left-right direction；Or adopting structure as shown in Figure 5, circular top groove 1-7-5 is formed on the top including the vertical gathering sill 1-7-4 extended in left-right direction, vertical gathering sill 1-7-4；The vertical connecting plate locating slot 1-7, vertical gathering sill 1-7-4 and circular top groove 1-7-5 of this structure only play connection guide effect。
As shown in Figure 6, railway carriage or compartment base plate 2 includes railway carriage or compartment floor body 2-1, the end face of railway carriage or compartment floor body 2-1 is distributed along the longitudinal direction N number of bottom connecting plate locating slot 2-2, bottom connecting plate locating slot 2-2 matches with the bottom of bottom connecting plate 6, railway carriage or compartment base plate 2 connects N number of bottom connecting plate 6 by bottom connecting plate locating slot 2-2, so that forming detachable fixing be connected between bottom connecting plate 6 with railway carriage or compartment base plate 2；The upper area of railway carriage or compartment base plate 2 is divided into temperature controlled region, N+1 bottom by N number of bottom connecting plate 6；The lower surface of railway carriage or compartment floor body 2-1 is provided with heat-insulation layer；
Bottom connecting plate locating slot 2-2 extends in left-right direction；Bottom connecting plate locating slot 2-6 it is provided with, for the bottom connecting plate 6 location on railway carriage or compartment base plate 2 bottom bottom connecting plate locating slot 2-2；
The bottom of railway carriage or compartment floor body 2-1 is fixedly installed a spike 2-3, and the bottom surface of a spike 2-3 is provided with wear-resistant anti-skid layer 2-3-1；Prop up spike 2-3 and be used for the load-bearing of envelope and anti-skidding；The bottom of railway carriage or compartment floor body 2-1 is further fixedly arranged on two fork truck locating slot 2-4, and fork truck locating slot 2-4 extends in left-right direction, stretching into and positioning for fork of forklift truck；The pallet fork spacing of the spacing between two fork truck locating slot 2-4 and fork truck matches；The bearing capacity of each fork truck locating slot 2-4 is not less than 2 tons, to realize the steadily overall shipment of envelope。
As it is shown in fig. 7, bottom connecting plate locating slot 2-2 includes bottom connects compensating groove 2-2-1, bottom connects the bottom center of compensating groove 2-2-1 and is formed with arc guide groove 2-2-2, and bottom connects the center of top of compensating groove 2-2-1 and is formed with longitudinally guiding groove 2-2-3；
Preferably, longitudinally guiding groove 2-2-3 is formed by guide plate 2-5, and guide plate 2-5 is removably connected with railway carriage or compartment floor body 2-1 formation by bolt；When bottom connect produce in compensating groove 2-2-1 and arc guide groove 2-2-2 dirt need to clear up time, only need to back out bolt and be directed to plate 2-5 and pull down from the floor body 2-1 of railway carriage or compartment, bottom can be connected compensating groove 2-2-1 and arc guide groove 2-2-2 and clear up；This structure can reduce the workload of cleaning dirt。
The laterally steering groove 1-7-2 of the compartment top plate 1 of the present invention can play the supporting role to vertical connecting plate 8, the bottom connection compensating groove 2-2-1 of railway carriage or compartment base plate 2 can play the supporting role to bottom connecting plate 6 simultaneously, owing to compartment top plate 1 and railway carriage or compartment base plate 2 are simultaneously as stress point, even if the goods weight of top is volume hour greatly, without the goods damaging lower section, solve the problem that large cargo or parcel must be left in existing transporting equipment bottom。
The present invention is without using large-scale lifting appliance, quick entirety is carried to haulage vehicle (such as van) only fork truck need to be utilized to achieve that, can being greatly enhanced the efficiency of loading and unloading and cost, solving existing van can not the problem of overall quick despatch goods。
In loading process, the fork truck locating slot 2-4 of the present invention can play balanced action, it is prevented that the warehouse offset slide caused owing to moving goods weight inequality in warehouse, it is achieved need not build railway platform, it becomes possible to goods entirety be all shipped in van。
As shown in Fig. 8 a, Fig. 8 b, vertical connecting plate 8 includes the vertical connecting plate main body 8-1 that length extends in left-right direction, match with the vertical connecting plate locating slot 8-5 of the vertical connecting plate locating slot 1-7 of compartment top plate 1 and vertical connecting plate 8 (namely the vertical connecting plate locating slot 1-7 of compartment top plate 1 is identical with the structure of the vertical connecting plate locating slot 8-5 of vertical connecting plate 8) in the top of vertical connecting plate main body 8-1, thus realizing the mode that removably connects of vertical connecting plate 8 and compartment top plate 1 or adjacent vertical connecting plate 8；
The two bottom sides of vertical connecting plate main body 8-1 is fixedly installed lateral connection plate support 8-2 respectively, and lateral connection plate support 8-2 is used for supporting cross connecting plate 7；
The two ends of lateral connection plate support 8-2 are provided with cross connecting plate stopper slot 8-12, cross connecting plate stopper slot 8-12 for carrying out spacing to the cross connecting plate 7 being connected with vertical connecting plate 8；
Vertical connecting plate main body 8-1 offers transversal ventilation mouth 8-3, transversal ventilation mouth 8-3 (i.e. the length direction of vertical connecting plate main body 8-1) in left-right direction extend；
Transversal ventilation mouth 8-3 is provided with ventilation valve, and ventilation valve is for controlling the folding of transversal ventilation mouth 8-3, thus before and after controlling the connection of adjacent temperature controlled region is whether；
Ventilation valve includes valve plate 8-8, and the middle part of valve plate 8-8 connects the both sides of transversal ventilation mouth 8-3 by horizontal rotating shaft 8-4；Driving horizontal rotating shaft 8-4 to rotate, drive valve plate 8-8 to rotate around its fixing end, when the lower edges of the two end in contact transversal ventilation mouth 8-3 up and down of valve plate 8-8, now transversal ventilation mouth 8-3 is closed；
Obviously, horizontal rotating shaft 8-4 can also be arranged at upper end or the lower end of valve plate 8-8；
The free end of valve plate 8-8 is provided with ventilation valve sensor 8-11, and when transversal ventilation mouth 8-3 closes, ventilation valve sensor 8-11 produces signal；
The bottom of vertical connecting plate main body 8-1 offers vertical connecting plate locating slot 8-5, vertical connecting plate locating slot 8-5 matches with the top of vertical connecting plate 8 and bottom connecting plate 6 (namely vertical connecting plate 8 is identical with the superstructure of bottom connecting plate 6), thus realizing neighbouring vertical connecting plate 8 and the vertical mode that removably connects between connecting plate 8 and bottom connecting plate 6；
The limit, the left and right sides of vertical connecting plate main body 8-1 offers vertical connecting plate stopper slot 8-10, vertical connecting plate stopper slot 8-10 for carrying out spacing to the left and right end portions of the adjacent vertical connecting plate 8 in left and right；
The limit, the left and right sides of vertical connecting plate main body 8-1 offers at least one vertical connecting plate sidepiece respectively and connects draw-in groove 8-9, and vertical connecting plate 8 connects draw-in groove 8-9 by vertical connecting plate sidepiece and realizes the detachable fixing connection of vertical connecting plate 8 adjacent with left and right；
Vertical connecting plate sidepiece connects the both sides up and down of draw-in groove 8-9 and is respectively arranged with flexible positioning piece 8-9-1, and the adjacent vertical connecting plate 8 in left and right realizes detachable fixing connection by vertical connecting plate connector；The two ends, left and right of vertical connecting plate connector are respectively protruding into the vertical connecting plate sidepiece of two adjacent vertical connecting plates 8 of left and right and connect in draw-in groove 8-9, flexible positioning piece 8-9-1 carries out clamping position from upper and lower both sides to vertical connecting plate connector, thus realizing vertical connecting plate connector and the fixing connection of two vertical connecting plates 8；
The two ends of horizontal rotating shaft 8-4 are respectively arranged with rotating shaft connector 8-4-1, and the end of horizontal rotating shaft 8-4 realizes the detachable fixing connection of the horizontal rotating shaft 8-4 of vertical connecting plate 8 adjacent with left and right by rotating shaft connector 8-4-1；
Preferably, it is provided with pulley guide plate 8-6, lateral connection plate support 8-2 and pulley guide plate 8-6 above or below lateral connection plate support 8-2 and forms pulley gathering sill, for the pulley of cross connecting plate 7 is positioned guiding；
Preferably, the vertical connecting plate locating slot 8-5 of T shaped connecting piece 8-7, T shaped connecting piece 8-7 and the compartment top plate 1 extended in left-right direction is formed at the top of vertical connecting plate main body 8-1 vertical connecting plate locating slot 1-7 and vertical connecting plate 8 matches；
Preferably, the both wings of T shaped connecting piece 8-7 are respectively arranged with pulley, and T shaped connecting piece 8-7 connects the vertical connecting plate locating slot 1-7 of compartment top the plate 1 or vertical connecting plate locating slot 8-5 of another vertical connecting plate 8 by pulley。
As shown in Figure 9, bottom connecting plate 6 includes the bottom connecting plate main body 6-1 that length extends in left-right direction, match with the vertical connecting plate locating slot 8-5 of vertical connecting plate 8 in the top of bottom connecting plate main body 6-1, thus realizing the mode that removably connects of bottom connecting plate 6 and vertical connecting plate 8；
The bottom of bottom connecting plate main body 6-1 is formed with bottom and connects balance element 6-2, and bottom connects balance element 6-2 and matches with the bottom connecting plate locating slot 2-2 of railway carriage or compartment base plate 2, thus realizing the mode that removably connects of bottom connecting plate 6 and railway carriage or compartment base plate 2；
Offering the transversal ventilation mouth 6-6 extended in left-right direction on bottom connecting plate main body 6-1, transversal ventilation mouth 6-6 is provided with ventilation valve, and ventilation valve is for controlling the folding of transversal ventilation mouth 6-6, thus whether controlling the connection of adjacent base temperature controlled region；
Ventilation valve includes valve plate 6-4, and the middle part of valve plate 6-4 connects the both sides of transversal ventilation mouth 6-6 by horizontal rotating shaft 6-3；Driving horizontal rotating shaft 6-3 to rotate, drive valve plate 6-4 to rotate around its fixing end, when the lower edges of the two end in contact transversal ventilation mouth 6-6 up and down of valve plate 6-4, now transversal ventilation mouth 6-6 is closed；
Obviously, horizontal rotating shaft 6-3 can also be arranged at upper end or the lower end of valve plate 6-4；
The free end of valve plate 6-4 is provided with ventilation valve sensor, and when transversal ventilation mouth 6-6 closes, ventilation valve sensor produces signal；
The limit, the left and right sides of bottom connecting plate main body 6-1 offers bottom connecting plate stopper slot, and bottom connecting plate stopper slot carries out spacing for the left and right end portions of the bottom connecting plate 6 that left and right is adjacent；
The limit, the left and right sides of bottom connecting plate main body 6-1 offers at least one bottom connecting plate sidepiece respectively and connects draw-in groove 6-7, and bottom connecting plate 6 connects draw-in groove 6-7 by bottom connecting plate sidepiece and realizes being connected with the detachable fixing of left and right adjacent base connecting plate 6；
Bottom connecting plate sidepiece connects the both sides up and down of draw-in groove 6-7 and is respectively arranged with flexible positioning piece, and the adjacent bottom connecting plate 6 in left and right realizes detachable fixing connection by bottom connecting plate connector；The two ends, left and right of bottom connecting plate connector are respectively protruding into the bottom connecting plate sidepiece of two adjacent bottom connecting plates 6 of left and right and connect in draw-in groove 6-7, bottom connecting plate connector is carried out clamping position from upper and lower both sides by flexible positioning piece, thus realizing the fixing connection of bottom connecting plate connector and two bottom connecting plates 6；
The two ends of horizontal rotating shaft 6-3 are respectively arranged with rotating shaft connector, and the end of horizontal rotating shaft 6-3 realizes being connected with the detachable fixing of horizontal rotating shaft 6-3 of left and right adjacent base connecting plate 6 by rotating shaft connector；
Preferably, T shaped connecting piece 6-5, the T shaped connecting piece 6-5 that the top formation of bottom connecting plate main body 6-1 extends in left-right direction matches with the vertical connecting plate locating slot 8-5 of vertical connecting plate 8；
Preferably, the both wings of T shaped connecting piece 6-5 are respectively arranged with pulley, and T shaped connecting piece 6-5 connects the vertical connecting plate locating slot 8-5 of vertical connecting plate 8 by pulley；
Preferably, the fit system that bottom connects between balance element 6-2 and the bottom connecting plate locating slot 2-2 of railway carriage or compartment base plate 2 is that rolling friction coordinates；Bottom connects balance element 6-2 and includes horizontally disposed fixing axle, and fixing axle extends along the longitudinal direction；Axially disposed on fixing axle have multiple roller, and bottom connects the balance element 6-2 bottom connecting plate locating slot 2-2 by roller contact railway carriage or compartment base plate 2；Roller can roll along bottom connecting plate locating slot 2-2, thus reducing bottom connecting plate 6 to connect the frictional force between balance element 6-2 and bottom connecting plate locating slot 2-2 relative to bottom in railway carriage or compartment base plate 2 moving process。
As shown in Figure 10, cross connecting plate 7 includes the cross connecting plate main body 7-1 that length extends in left-right direction, cross connecting plate main body 7-1 offers two longitudinal ventilation mouth 7-2, longitudinal ventilation mouth 7-2 (i.e. the length direction of cross connecting plate main body 7-1) in left-right direction extend；
Vent 7-2 is provided with ventilation valve longitudinally in each, and ventilation valve is for controlling the folding of longitudinal ventilation mouth 7-2, thus whether controlling the connection of neighbouring temperature controlled region；
Ventilation valve includes valve plate 7-4, and the middle part of valve plate 7-4 connects the both sides of longitudinal ventilation mouth 7-2 by horizontal rotating shaft 7-3；Driving horizontal rotating shaft 7-3 to rotate, drive valve plate 7-4 to rotate around its fixing end, when the lower edges of the two end in contact longitudinal ventilation mouth 7-2 up and down of valve plate 7-4, now longitudinal ventilation mouth 7-2 is closed；
Obviously, horizontal rotating shaft 7-3 can also be arranged at upper end or the lower end of valve plate 7-4；
The free end of valve plate 7-4 is provided with ventilation valve sensor, and when longitudinal ventilation mouth 7-2 closes, ventilation valve sensor produces signal；
The one or both ends of cross connecting plate main body 7-1 are formed with draw-in groove 7-7, the draw-in groove 7-7 location for internal partition；
The limit, the left and right sides of cross connecting plate main body 7-1 offers at least one cross connecting plate end respectively and connects draw-in groove 7-5, and cross connecting plate 7 connects draw-in groove 7-5 by cross connecting plate end and realizes being connected with the detachable fixing of left and right adjacent transverse connecting plate 7；
Cross connecting plate end connects the both sides, front and back of draw-in groove 7-5 and is respectively arranged with flexible positioning piece 7-6, and the adjacent cross connecting plate 7 in left and right realizes detachable fixing connection by cross connecting plate connector；The two ends, left and right of cross connecting plate connector are respectively protruding into the cross connecting plate end of two adjacent cross connecting plates 7 of left and right and connect in draw-in groove 7-5, cross connecting plate connector is carried out clamping position from both sides, front and back by flexible positioning piece 7-6, thus realizing the fixing connection of cross connecting plate connector and two cross connecting plates 7；
The two ends of horizontal rotating shaft 7-3 are respectively arranged with rotating shaft connector, and the end of horizontal rotating shaft 7-3 realizes being connected with the detachable fixing of horizontal rotating shaft 7-3 of left and right adjacent transverse connecting plate 7 by rotating shaft connector；
The front and back dual-side transverse lap of cross connecting plate main body 7-1 is between two vertical connecting plates 8, it is possible to relative to vertical connecting plate 8 in left-right direction slidably；
Preferably, the front and back dual-side of cross connecting plate main body 7-1 is respectively arranged with pulley, is beneficial to the cross connecting plate 7 slip relative to vertical connecting plate 8。
As shown in figure 11, front side board 3 includes front side board main body 3-1, and the medial surface of front side board main body 3-1 is from top to bottom distributed M lateral connection plate support 3-2, is used for supporting cross connecting plate 7；The lateral surface of front side board main body 3-1 is provided with heat-insulation layer；
Side ventilation passage is formed in front side board main body 3-1；The top of front side board main body 3-1 offers vent B；
Front side board main body 3-1 is distributed along the vertical direction M+1 transversal ventilation mouth 3-3, and transversal ventilation mouth 3-3 extends in left-right direction, is connected the temperature controlled region, front side of side ventilation passage with front side board 3 side；
Each transversal ventilation mouth 3-3 is provided with ventilation valve, and ventilation valve is for controlling the folding of transversal ventilation mouth 3-3, thus whether controlling the connection of side ventilation passage and temperature controlled region, front side；
Ventilation valve includes valve plate 3-5, and the upper end of valve plate 3-5 connects the top edge of transversal ventilation mouth 3-3 by horizontal rotating shaft 3-4；Driving horizontal rotating shaft 3-4 to rotate, drive valve plate 3-5 to rotate around its fixing end, when the free end (lower end) of valve plate 3-5 contacts the lower limb of transversal ventilation mouth 3-3, now transversal ventilation mouth 3-3 is closed；
The free end of valve plate 3-5 is provided with ventilation valve sensor 3-6, and when transversal ventilation mouth 3-3 closes, ventilation valve sensor 3-6 produces signal。
The medial surface of back side panel 4 is from top to bottom distributed M lateral connection plate support (corresponding with the lateral connection plate support 3-2 on front side board 3), is used for supporting cross connecting plate 7。
As shown in Figure 12 a, Figure 12 b, temperature controlled region door-plate 5 includes door-plate main body 5-1, and the width of door-plate main body 5-1 is more than the width of cross connecting plate 7；The height of door-plate main body 5-1 is less than the height of vertical connecting plate 8；Door-plate main body 5-1 is provided with invisible door lock；
The bottom of door-plate main body 5-1 is fixing with the diaphragm plate end being positioned at below door-plate main body 5-1 to be connected；The front and back dual-side of door-plate main body 5-1 realizes the location between midfeather or midfeather end, bottom by invisible door lock；
The top of door-plate main body 5-1 is provided with elastic plate 5-3, and the lower end of elastic plate 5-3 is fixing connects door-plate main body 5-1, and the top edge of door-plate main body 5-1 is stretched out in the upper end of elastic plate 5-3；Elastic plate 5-3 has inside resilience force, so that the upper end of elastic plate 5-3 has the trend to the motion of door-plate main body 5-1 direction, thus the sealing ensured between the upper end of temperature controlled region door-plate 5 and the diaphragm plate end above door-plate main body 5-1。
Invisible door lock includes push-button switch 5-2-1, push-button switch 5-2-1 by bindiny mechanism 5-2-2 connecting bolt 5-2-3；Push-button switch 5-2-1 is arranged on temperature controlled region door-plate 5 the groove 5-2 edge offered。
The bottom of door-plate main body 5-1 is provided with cross connecting plate end and connects draw-in groove 5-4, and temperature controlled region door-plate 5 connects draw-in groove 5-4 by cross connecting plate end and realizes being connected with the detachable fixing of cross connecting plate 7 outer end being positioned at diaphragm plate end；
It is provided with temperature controlled region door-plate connector in cross connecting plate end connection draw-in groove 5-4；One end of temperature controlled region door-plate connector is stretched into the cross connecting plate end of temperature controlled region door-plate 5 and is connected draw-in groove 5-4, the other end of temperature controlled region door-plate connector stretches into the cross connecting plate end of cross connecting plate 7 and connects in draw-in groove 7-5, is connected thus realizing temperature controlled region door-plate 5 with the fixing of cross connecting plate 7；
The bottom of door-plate main body 5-1 is provided with two horizontal roller end fixture 5-5, the matching ends of horizontal roller end fixture 5-5 and horizontal rotating shaft 7-3, the end of the horizontal rotating shaft 7-3 of cross connecting plate 7 realizes being connected with the detachable fixing of temperature controlled region door-plate 5 by horizontal roller end fixture 5-5。
When mobile warehouse is under sealing state, the front and back dual-side of door-plate main body 5-1 contacts midfeather or the left and right end portions of bottom midfeather respectively, latch 5-2-3 stretches in the temperature controlled region door-plate detent of vertical connecting plate 8 or bottom connecting plate 6, it is achieved the location of the front and back dual-side of temperature controlled region door-plate 5 and midfeather or midfeather end, bottom；Now, the elastic plate 5-3 of door-plate main body 5-1 is under the effect of own resilience, and the diaphragm plate ends contact above temperature controlled region door-plate 5, to ensure the sealing between the upper end of temperature controlled region door-plate 5 and diaphragm plate end；
Button press formula switch 5-2-1, push-button switch 5-2-1 drives latch 5-2-3 inward by bindiny mechanism 5-2-2, making latch 5-2-3 leave the temperature controlled region door-plate detent of vertical connecting plate 8, vertical connecting plate 8 loses the location to temperature controlled region door-plate 5, now can outside pull diaphragm plate。
When vent A connects cold, cold air is introduced into the compartment top ventilating duct 1-10 of compartment top plate 1, then enters temperature controlled region, top through top portion ventilation road 1-5；After through the longitudinal ventilation mouth 7-2 of cross connecting plate 7 from top to bottom eventually arrive at bottom temperature controlled region；
The cold air of rear side temperature controlled region flows from back to front through the transversal ventilation mouth of vertical connecting plate 8, bottom connecting plate 6, enters side ventilation passage through the transversal ventilation mouth 3-3 of front side board 3, finally discharges from vent B, it is achieved the circulation of cold air。
Claims (10)
1. warm area more than a kind moves warehouse, it is characterised in that: including envelope framework, envelope framework is at least made up of compartment top plate (1), railway carriage or compartment base plate (2), front side board (3), back side panel (4)；It is provided with some diaphragm plates, midfeather, bottom midfeather in envelope framework, envelope framework is divided into multiple separate temperature control region；Left and right, each temperature control region is through；Each temperature control region is respectively arranged with vent；Each vent is respectively arranged with ventilation valve, and ventilation valve is for controlling the folding of vent, thus whether controlling the connection of each temperature control region and adjacent temperature controlled region。
2. many warm areas according to claim 1 move warehouse, it is characterized in that: multiple described midfeathers are fixing from beginning to end successively from top to bottom with bottom midfeather to be connected, the longitudinal divider of composition envelope framework, compartment space is divided into N+1 longitudinal memory area by N number of longitudinal divider along the longitudinal direction；Being erected with M diaphragm plate longitudinally in each in memory area, M diaphragm plate will be divided into M+1 temperature control region by memory area longitudinally in each along the vertical direction；Thus envelope framework being divided into the individual separate temperature control region of (N+1) × (M+1)。
3. many warm areas according to claim 1 move warehouse, it is characterised in that: described diaphragm plate is connected to form in left-right direction successively from beginning to end by horizontally disposed K+1 cross connecting plate (7)；Midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 vertical connecting plate (8)；Bottom midfeather is connected to form in left-right direction successively from beginning to end by vertically disposed K+1 bottom connecting plate (6)。
4. many warm areas according to claim 3 move warehouse, it is characterized in that: be provided with internal partition in the draw-in groove (7-7) of described adjacent transverse connecting plate (7), each temperature control region is divided into K+1 cell by K internal partition in left-right direction。
5. many warm areas according to claim 3 move warehouse, it is characterized in that: the medial surface of described front side board (3) is from top to bottom distributed M lateral connection plate support (3-2), it is positioned at a side lap of cross connecting plate (7) of temperature controlled region, front side on the lateral connection plate support (3-2) of front side board (3), the opposite side edge lap of this cross connecting plate (7) is on the lateral connection plate support of vertical connecting plate (8), and cross connecting plate (7) can in left-right direction slidably。
6. many warm areas according to claim 3 move warehouse, it is characterized in that: the medial surface of described back side panel (4) is from top to bottom distributed M lateral connection plate support, it is positioned at a side lap of cross connecting plate (7) of rear side temperature controlled region on the lateral connection plate support of back side panel (4), the opposite side edge lap of this cross connecting plate (7) is on the lateral connection plate support of vertical connecting plate (8), and cross connecting plate (7) can in left-right direction slidably。
7. many warm areas according to claim 3 move warehouse, it is characterized in that: being positioned at the dual-side transverse lap of described cross connecting plate (7) of temperature controlled region, middle part on the lateral connection plate support (8-2) of adjacent two the vertical connecting plates (8) in front and back, cross connecting plate (7) can in left-right direction slidably。
8. many warm areas according to claim 1 move warehouse, it is characterised in that: the two ends, left and right in described each temperature control region are respectively arranged with temperature controlled region door-plate (5)。
9. many warm areas according to claim 1 move warehouse, it is characterised in that: the front portion of described compartment top plate (1) offers vent A；Compartment top plate (1) has the compartment top ventilating duct (1-10) connected with vent A, the top temperature control regional connectivity of compartment top ventilating duct (1-10) and compartment top plate (1) lower section；The top of described front side board (3) offers vent B；Front side board (3) has and the vent B side ventilation passage connected, and side ventilation passage connects with the temperature controlled region, front side of front side board (3) side；
When vent A connects cold, cold air is introduced into the compartment top ventilating duct (1-10) of compartment top plate (1), subsequently into temperature control region, top；After from top to bottom eventually arrive at temperature controlled region, bottom through the vent of cross connecting plate (7)；The cold air of rear side temperature controlled region flows from back to front through the vent of vertical connecting plate (8), bottom connecting plate (6), enters the side ventilation passage of front side board (3), finally discharges from vent B, it is achieved the circulation of cold air。
10. many warm areas according to claim 1 move warehouse, it is characterised in that: described compartment top plate (1) connects the vertical connecting plate (8) being positioned at longitudinal divider upper end by Detachable connection structure；Described railway carriage or compartment base plate (2) connects the lower end of bottom connecting plate (6) by Detachable connection structure。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2017/071239 WO2017128972A1 (en) | 2016-01-29 | 2017-01-16 | Multi-temperature zone mobile warehouse |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016100642680 | 2016-01-29 | ||
| CN201610064268 | 2016-01-29 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105691963A true CN105691963A (en) | 2016-06-22 |
Family
ID=56233018
Family Applications (5)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610181669.4A Pending CN105691963A (en) | 2016-01-29 | 2016-03-28 | Mobile warehouse with multiple temperature zones |
| CN201621110590.4U Expired - Fee Related CN206142210U (en) | 2016-01-29 | 2016-10-10 | Multi -temperature -zone mobile warehouse's bottom connecting plate |
| CN201621111782.7U Expired - Fee Related CN206142211U (en) | 2016-01-29 | 2016-10-10 | Multi -temperature -zone mobile warehouse's railway carriage or compartment roof |
| CN201610884408.9A Pending CN106395176A (en) | 2016-01-29 | 2016-10-10 | Compartment top plate of movable warehouse with multiple temperature zones |
| CN201610884485.4A Pending CN106347883A (en) | 2016-01-29 | 2016-10-10 | Bottom connecting plate of multi-temperature-zone moveable warehouse |
Family Applications After (4)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621110590.4U Expired - Fee Related CN206142210U (en) | 2016-01-29 | 2016-10-10 | Multi -temperature -zone mobile warehouse's bottom connecting plate |
| CN201621111782.7U Expired - Fee Related CN206142211U (en) | 2016-01-29 | 2016-10-10 | Multi -temperature -zone mobile warehouse's railway carriage or compartment roof |
| CN201610884408.9A Pending CN106395176A (en) | 2016-01-29 | 2016-10-10 | Compartment top plate of movable warehouse with multiple temperature zones |
| CN201610884485.4A Pending CN106347883A (en) | 2016-01-29 | 2016-10-10 | Bottom connecting plate of multi-temperature-zone moveable warehouse |
Country Status (2)
| Country | Link |
|---|---|
| CN (5) | CN105691963A (en) |
| WO (1) | WO2017128972A1 (en) |
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| WO2017128972A1 (en) * | 2016-01-29 | 2017-08-03 | 董康辉 | Multi-temperature zone mobile warehouse |
| WO2017166907A1 (en) * | 2016-03-28 | 2017-10-05 | 董康辉 | Vertical connecting plate for mobile warehouse having multiple temperature zones |
| CN108974658A (en) * | 2018-07-27 | 2018-12-11 | 天津市广通信息技术工程股份有限公司 | Long-acting cold chain logistics box |
| CN109919561A (en) * | 2019-04-08 | 2019-06-21 | 上海久耶供应链管理有限公司 | A kind of fresh express delivery Package Tactics of various dimensions |
| CN111923816A (en) * | 2020-08-20 | 2020-11-13 | 威海职业学院 | Cold chain logistics express delivery device |
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| CN108297909A (en) * | 2018-01-24 | 2018-07-20 | 南京机器人研究院有限公司 | A kind of storage transport pushing cart |
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- 2016-10-10 CN CN201621110590.4U patent/CN206142210U/en not_active Expired - Fee Related
- 2016-10-10 CN CN201621111782.7U patent/CN206142211U/en not_active Expired - Fee Related
- 2016-10-10 CN CN201610884408.9A patent/CN106395176A/en active Pending
- 2016-10-10 CN CN201610884485.4A patent/CN106347883A/en active Pending
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| CN108974658A (en) * | 2018-07-27 | 2018-12-11 | 天津市广通信息技术工程股份有限公司 | Long-acting cold chain logistics box |
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| CN111923816A (en) * | 2020-08-20 | 2020-11-13 | 威海职业学院 | Cold chain logistics express delivery device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN206142211U (en) | 2017-05-03 |
| CN206142210U (en) | 2017-05-03 |
| CN106395176A (en) | 2017-02-15 |
| CN106347883A (en) | 2017-01-25 |
| WO2017128972A1 (en) | 2017-08-03 |
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Application publication date: 20160622 |
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