CN108341123A - Refrigerator external door panel rack - Google Patents
Refrigerator external door panel rack Download PDFInfo
- Publication number
- CN108341123A CN108341123A CN201711083631.4A CN201711083631A CN108341123A CN 108341123 A CN108341123 A CN 108341123A CN 201711083631 A CN201711083631 A CN 201711083631A CN 108341123 A CN108341123 A CN 108341123A
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- China
- Prior art keywords
- grillage
- middle level
- deposits
- deposited
- door panel
- Prior art date
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- 238000003860 storage Methods 0.000 claims abstract description 8
- 238000004519 manufacturing process Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 11
- 238000000151 deposition Methods 0.000 description 4
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 3
- 229910052782 aluminium Inorganic materials 0.000 description 3
- 239000004411 aluminium Substances 0.000 description 3
- 238000009826 distribution Methods 0.000 description 3
- 239000002699 waste material Substances 0.000 description 2
- 238000012356 Product development Methods 0.000 description 1
- 235000004443 Ricinus communis Nutrition 0.000 description 1
- 230000006978 adaptation Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
Classifications
-
- 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
- B65D7/00—Containers having bodies formed by interconnecting or uniting two or more rigid, or substantially rigid, components made wholly or mainly of metal
- B65D7/12—Containers having bodies formed by interconnecting or uniting two or more rigid, or substantially rigid, components made wholly or mainly of metal characterised by wall construction or by connections between walls
- B65D7/14—Containers having bodies formed by interconnecting or uniting two or more rigid, or substantially rigid, components made wholly or mainly of metal characterised by wall construction or by connections between walls of skeleton or like apertured construction, e.g. baskets or carriers formed of wire mesh, of interconnected bands, bars, or rods, or of perforated sheet metal
-
- 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
- B65D25/00—Details of other kinds or types of rigid or semi-rigid containers
- B65D25/02—Internal fittings
- B65D25/04—Partitions
-
- 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
- B65D25/00—Details of other kinds or types of rigid or semi-rigid containers
- B65D25/20—External fittings
- B65D25/24—External fittings for spacing bases of containers from supporting surfaces, e.g. legs
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Refrigerator Housings (AREA)
Abstract
The invention discloses a kind of refrigerator external door panel racks, including rack ontology and it is set on rack ontology and the bottom of refrigerator external door panel deposits grillage, grillage is deposited in middle level and top layer deposits grillage for placing, bottom deposits grillage and is located at that the lower section of grillage is deposited in middle level and bottom deposits grillage and middle level to deposit the distance between grillage adjustable, and top layer deposits grillage and is located at that the top of grillage is deposited in middle level and top layer deposits grillage and deposits the distance between grillage with middle level and is adjusted.The refrigerator external door panel rack of the present invention, by by bottom deposit grillage and middle level deposit the distance between grillage and top layer deposit grillage and middle level deposit the distance between grillage be arranged to it is adjustable, it can be adapted for the storage and transhipment of the refrigerator external door panel of sizes, it is versatile, so as to save the cost of manufacture of rack, the area for reducing refrigerator external door panel memory block occupies, and is conducive to the management of rack.
Description
Technical field
The invention belongs to transport auxiliary device technical field, specifically, the present invention relates to a kind of refrigerator external door panel racks.
Background technology
Currently, the model change of refrigerator industry is very fast, whenever change of product, just need to change packaging,
It is a kind of bigger waste for packing cost.Refrigerator external door panel rack is that one of which represents, since product is cut
It changes, rack is caused to need to be redesigned according to the size of different refrigerator external door panels, cause a large amount of occupancy of workshop storage area, with
And the waste that cost is larger, cause new product development cost big.
Invention content
The present invention is directed at least solve one of the technical problems existing in the prior art.For this purpose, the present invention provides a kind of ice
Case external door panel rack, it is therefore an objective to improve versatility.
To achieve the goals above, the technical solution that the present invention takes is：Refrigerator external door panel rack, including rack ontology with
And it is set on rack ontology and the bottom of refrigerator external door panel deposits grillage, grillage is deposited in middle level and top layer deposits grillage, bottom for placing
Layer deposits grillage and is located at that the lower section of grillage is deposited in middle level and bottom deposits grillage and deposits the distance between grillage with middle level and is adjusted, and top layer deposits plate
Frame is located at that the top of grillage is deposited in middle level and top layer deposits grillage and deposits that the distance between grillage is adjustable, and grillage is deposited at least in middle level with middle level
Setting one.
When the middle level deposits grillage two or more are arranged, it is adjustable that the distance between grillage is deposited in two neighboring middle level
Section.
The refrigerator external door panel rack further includes being set to that the bottom deposits grillage and upper lattice gear on grillage is deposited in middle level
Component and it is set to that grillage is deposited in middle level and top layer deposits lower lattice gear component on grillage, the gear component of the lower lattice on grillage position is deposited in middle level
Yu Shangge keeps off the lower section of component, and two adjacent lower lattice gear components formation of each two adjacent upper lattice gear component and top are stored
The storage area of refrigerator external door panel.
The upper lattice gear component deposits grillage in the bottom and the middle level is deposited and is respectively set on grillage on multiple and multiple
Lattice gear component is to be sequentially arranged along the direction parallel with first direction, and the distance between two neighboring upper lattice gear component is adjustable
Section.
The lower lattice gear component the top layer deposit grillage and the middle level deposit be respectively set on grillage it is multiple and multiple under
Lattice gear component is to be sequentially arranged along the direction parallel with first direction, and the distance between two neighboring lower lattice gear component is adjustable
Section.
The upper lattice gear component include upper lattice gear ontology and the first connection structure for being set to lattice gear ontology both ends and
Second connection structure, the first connection structure and the second connection structure of upper lattice gear component deposit grillage and the middle level with the bottom
Deposit grillage connection；The lower lattice gear component includes lower lattice gear ontology and the third connection structure for being set to lower lattice gear ontology both ends
With the 4th connection structure, third connection structure and the 4th connection structure and the top layer of lower lattice gear component deposit grillage and it is described in
Layer deposits grillage connection.
It includes bottom bracket body and the bottom backing plate that is set on bottom bracket body that the bottom, which deposits grillage, bottom support
Frame ontology is connect by bracket fastening structure with the rack ontology.
It includes middle level bracket body and the middle level backing plate that is set on the bracket body of middle level that grillage is deposited in the middle level, middle level support
Frame ontology is connect by bracket fastening structure with the rack ontology.
The refrigerator external door panel rack further includes being set on the rack ontology and in a second direction to ice
Case external door panel plays the front stop lever of position-limiting action, and front stop lever is vertically arranged multiple.
The refrigerator external door panel rack further include in a second direction to refrigerator external door panel rise position-limiting action after
Bar component, the bottom deposits grillage and bar component after one is respectively set on grillage is deposited in the middle level, and rear bar component exists
Bottom deposits grillage and the position-adjustable on grillage is deposited in middle level.
The refrigerator external door panel rack of the present invention deposits the distance between grillage and top layer by the way that bottom is deposited grillage with middle level
It deposits grillage and middle level and deposits the distance between grillage and be arranged to adjustable, can be adapted for depositing for the refrigerator external door panel of sizes
Storage and transhipment, versatile, so as to save the cost of manufacture of rack, the area for reducing refrigerator external door panel memory block occupies,
Conducive to the management of rack.
Description of the drawings
This specification includes the following drawings, and shown content is respectively：
Fig. 1 is the structural schematic diagram of refrigerator external door panel rack of the present invention；
Fig. 2 is the assembling schematic diagram that bottom deposits grillage and rear bar component and upper lattice gear component；
Fig. 3 is the structural schematic diagram that bottom deposits grillage；
Fig. 4 is the assembling schematic diagram that grillage and rear bar component and upper lattice gear component are deposited in middle level；
Fig. 5 is the structural schematic diagram that grillage is deposited in middle level；
Fig. 6 is the bottom substance schematic diagram that grillage is deposited in middle level；
Fig. 7 is the assembling schematic diagram that top layer deposits grillage and lower lattice gear component；
Fig. 8 is the structural schematic diagram that top layer deposits grillage；
Fig. 9 is the structural schematic diagram of upper lattice gear component；
Figure 10 is the structural schematic diagram of lower lattice gear component；
Figure 11 is the structural schematic diagram of rear bar component；
In figure label for：
1, castor；2, rack ontology；3, bottom deposits grillage；301, bottom bracket body；302, bottom backing plate；303, bottom
The first sliding groove；304, bottom second sliding slot；305, bottom third sliding slot；4, grillage is deposited in middle level；401, middle level bracket body；402、
Middle level backing plate；403, middle level the first sliding groove；404, middle level second sliding slot；405, the 5th sliding slot of middle level；406, middle level third sliding slot；
407, the 4th sliding slot of middle level；5, top layer deposits grillage；501, top layer the first sliding groove；502, top layer second sliding slot；6, upper lattice gear group
Part；601, upper lattice keep off ontology；602, the first connecting plate；603, the second connecting plate；604, the first clamping screw；605, the second lock
Tight bolt；7, lower lattice keep off component；701, lower lattice keep off ontology；702, third connecting plate；703, the 4th connecting plate；704, third is locked
Bolt；705, the 4th clamping screw；8, front stop lever；9, rear bar component；901, rear bar ontology；902, bar connector；
903, the 5th nut block；904, the 5th clamping screw；10, angle connector；11, nut block.
Specific implementation mode
Below against attached drawing, by the description of the embodiment, making to the specific implementation mode of the present invention further details of
Explanation, it is therefore an objective to those skilled in the art be helped to have more complete, accurate and deep reason to the design of the present invention, technical solution
Solution, and contribute to its implementation.
As shown in Figure 1 to 11, the present invention provides a kind of refrigerator external door panel racks, including rack ontology 2 and setting
In the bottom on rack ontology 2 and for placing refrigerator external door panel deposits grillage 3, grillage 4 is deposited in middle level and top layer deposits grillage 5, bottom
It deposits grillage 3 and is located at that the lower section of grillage 4 is deposited in middle level and bottom deposits grillage 3 and deposits that the distance between grillage 4 is adjustable, and top layer is deposited with middle level
Grillage 5 is located at that the top of grillage 4 is deposited in middle level and top layer deposits grillage 5 and deposits that the distance between grillage 4 is adjustable, and bottom deposits plate with middle level
Frame 3 and top layer deposit grillage 5 and are respectively arranged one, and middle level deposits grillage 4 and is at least arranged one.
Specifically, refrigerator external door panel is one of the part on refrigerator, it is by ice when being put to refrigerator external door panel
Case external door panel is vertically placed on that grillage 4 is deposited in middle level and bottom is deposited on grillage 3.As shown in Figure 1, grillage 4 is deposited to ice thereon in middle level
Case external door panel provides a supporting role, and bottom is deposited grillage 3 and provided a supporting role to refrigerator external door panel thereon.Top layer deposit grillage 5, in
Layer deposits grillage 4 and bottom deposits grillage 3 to be vertically sequentially arranged from top to bottom on rack ontology 2, and top layer deposits grillage 5
Positioned at the top, bottom deposits grillage 3 and is located at bottom.
Preferably, middle level deposit grillage 4 be arranged two or more when, two neighboring middle level is deposited between grillage 4
Distance is adjustable, to putting suitable for various sizes of refrigerator external door panel, improves adaptability so that the versatility of rack
By force.When grillage 4 is deposited in middle level is arranged multiple, multiple middle levels deposit grillage 4 on rack ontology 2 for vertically from top to bottom according to
Secondary arrangement, all middle levels deposit grillage 4 and are located at that top layer deposits grillage 5 and bottom is deposited between grillage 3.Bottom deposits grillage 3 and top layer deposits plate
Frame 5 is arranged one, and bottom deposits grillage 3 and top layer deposits position-adjustable of the grillage 5 on rack ontology 2, so that bottom is deposited
It is adjustable that the vertical range between grillage 4 is deposited in the middle level of grillage 3 and top recently so that top layer deposits grillage 5 and lower section most
It is adjustable that the vertical range between grillage 4 is deposited in a close middle level.Bottom deposits grillage 3, grillage 4 is deposited in middle level and top layer deposits grillage 5
Parallel, middle level is deposited position of the grillage 4 on rack ontology 2 and is also adjusted, so that adjacent two in the vertical direction
Middle level deposits that the vertical range between grillage 4 is adjustable, and to deposit grillage 3 with bottom and top layer deposit it is vertical between grillage 5
Distance is adjustable.
As shown in Figure 1 to Figure 3, rack ontology 2 is space frame structure, and bottom deposits grillage 3, grillage 4 and top layer are deposited in middle level
Deposit the inside that grillage 5 is set to rack ontology 2.Bottom deposits grillage 3 and includes bottom bracket body 301 and be set to bottom bracket sheet
Bottom backing plate 302 on body 301, bottom bracket body 301 are connect by bracket fastening structure with rack ontology 2.Bottom bracket
Ontology 301 is rectangular frame structure, and bottom bracket body 301 is preferably made of aluminium section bar, and bottom bracket body 301 is in rack
The inside of ontology 2 is horizontally disposed.Bottom backing plate 302 is fixedly installed on the top surface of bottom bracket body 301, bottom backing plate
302 with refrigerator external door panel for contacting, and bottom backing plate 302 is rectangular flat, and bottom backing plate 302 is on bottom bracket body 301
It is horizontally disposed, is that refrigerator external door panel is positioned on bottom backing plate 302 when putting refrigerator external door panel.
As shown in Fig. 1, fig. 4 to fig. 6, middle level deposits grillage 4 and includes middle level bracket body 401 and be set to middle level bracket body
Middle level backing plate 402 on 401, middle level bracket body 401 are connect by bracket fastening structure with rack ontology 2.Middle level bracket sheet
The structure of body 401 and the structure of bottom bracket body 301 are essentially identical, and middle level bracket body 401 is rectangular frame structure, middle level
Bracket body 401 is preferably made of aluminium section bar, and middle level bracket body 401 is horizontally disposed, middle level in the inside of rack ontology 2
Bracket body 401 is parallel with bottom bracket body 301.Middle level backing plate 402 is fixedly installed on the top surface of middle level bracket body 401
On, for middle level backing plate 402 for being contacted with refrigerator external door panel, middle level backing plate 402 is rectangular flat, and middle level backing plate 402 is held in the palm in middle level
It is horizontally disposed on frame ontology 401, is that refrigerator external door panel is positioned on middle level backing plate 402 when putting refrigerator external door panel.
As shown in Fig. 1, Fig. 7 and Fig. 8, top layer is deposited grillage 5 and is connect with rack ontology 2 by bracket fastening structure, and top layer is deposited
The structure of grillage 5 and the structure of bottom bracket body 301 are essentially identical, and it is rectangular frame structure that top layer, which deposits grillage 5, and top layer is deposited
Grillage 5 is preferably made of aluminium section bar, top layer deposit grillage 5 in the inside of rack ontology 2 be it is horizontally disposed, top layer deposit grillage 5 with
Bottom bracket body 301 is parallel.Top layer deposits the top that grillage 5 is located at rack ontology 2, and bottom deposits grillage 3 and is located at rack ontology 2
Bottom.
As shown in Figures 1 to 8, it is to connect knot by bracket that top layer, which deposits grillage 5, middle level deposits grillage 4 to deposit grillage 3 with bottom
Structure is mounted on rack ontology 2, bracket fastening structure and be arranged to top layer is made to deposit grillage 5, grillage 4 is deposited in middle level and bottom deposits grillage
3 varying height positions section.Bracket fastening structure includes angle connector 10, clamping screw and is threadedly coupled with clamping screw
Nut block 11, nut block 11 have the internal thread hole for allowing clamping screw to be inserted into, and angle connector 10, which has, allows clamping screw to pass through
Through-hole, it is vertically to extend on rack ontology 2 that rack ontology 2, which has the sliding slot for accommodating nut block 11 and the sliding slot, should
Sliding slot is formed on the side of rack ontology 2 allows the opening that clamping screw passes through, sliding slot to be T-slot, and angle connector 10, which is located at, to be slided
The outside of slot, nut block 11 are located at the inside of sliding slot, and clamping screw is combined on the internal thread of nut block 11 across angle connector 10
Kong Zhong tightens clamping screw, and angle connector 10 can be made to be matched with nut block 11 and clamp rack ontology 2, realizes bracket connection
Structure is fixedly connected with rack ontology 2, and then realizes that top layer deposits grillage 5, grillage 4 is deposited in middle level and bottom deposits consolidating for grillage 3
It is fixed.When need adjust top layer deposits grillage 5, grillage 4 is deposited in middle level and bottom deposits the height and position of grillage 3 when, unscrew bracket connection knot
The clamping screw of structure so that angle connector 10 and nut block 11 loosen, and nut block 11 can be along vertical in the sliding slot of rack ontology 2
Direction is moved, and then can adjust that top layer deposits grillage 5, grillage 4 is deposited in middle level and bottom deposits the height and position of grillage 3.
As shown in Figure 1 to Figure 3, bottom deposits the bottom bracket body 301 of grillage 3 and the angle connector 10 of bracket fastening structure
It is fixedly connected, angle connector 10 and the lower section positioned at bottom bracket body 301, when adjusting bottom being facilitated to deposit the position of grillage 3
Operation.Bottom is deposited grillage 3 and is connect with rack ontology 2 by multiple bracket fastening structures, and in the present embodiment, bottom deposits grillage 3
It is to be connect with rack ontology 2 by four bracket fastening structures, the rectangular distribution of four bracket fastening structures and each bracket company
The angle connector 10 of binding structure is to fix to connect with bottom bracket body 301 at a right angle corner of bottom bracket body 301
It connects.
As shown in Fig. 1, fig. 4 to fig. 6, the middle level bracket body 401 that grillage 4 is deposited in middle level is connect with the angle of bracket fastening structure
Part 10 is fixedly connected, and angle connector 10 and the lower section positioned at middle level bracket body 401 facilitate and adjust the position that grillage 4 is deposited in middle level
When operation.Middle level is deposited grillage 4 and is connect with rack ontology 2 by multiple bracket fastening structures, and in the present embodiment, plate is deposited in middle level
Frame 4 be to be connect with rack ontology 2 by four bracket fastening structures, four bracket fastening structures it is rectangular distribution and each support
The angle connector 10 of frame connecting structure is solid with middle level bracket body 401 at a right angle corner of bracket body 401 in middle level
Fixed connection.
As shown in Fig. 1, Fig. 7 and Fig. 8, top layer is deposited grillage 5 and is fixedly connected with the angle connector 10 of bracket fastening structure, and angle connects
Fitting 10 and the lower section that grillage 5 is deposited positioned at top layer, facilitate the operation adjusted when top layer deposits the position of grillage 5.It is logical that top layer deposits grillage 5
It crosses multiple bracket fastening structures to connect with rack ontology 2, in the present embodiment, top layer deposits grillage 5 and is connected by four brackets
Binding structure is connect with rack ontology 2, the angle connector of the rectangular distribution of four bracket fastening structures and each bracket fastening structure
10 be to deposit to deposit grillage 5 with top layer at a right angle corner of grillage 5 and be fixedly connected in top layer.
As shown in Figure 1, the refrigerator external door panel rack of the present invention further includes being set to that bottom deposits grillage 3 and grillage 4 is deposited in middle level
On upper lattice gear component 6 and be set to that grillage 4 is deposited in middle level and top layer deposits lower lattice gear component 7 on grillage 5, grillage 4 is deposited in middle level
On lower lattice gear component 7 be located at the lower section of upper lattice gear component 6, it is adjacent with two of top that each two adjacent upper lattice keep off component 6
Lower lattice gear component 7 form the storage area of storage refrigerator external door panel, i.e., each refrigerator external door panel is to keep off components 6 by two upper lattice
Realization is matched with two lower lattice gear components 7 to be fixedly clamped.The upper lattice gear component 6 of adjacent two matches and two upper lattice gear groups
Part 6 is located at the upper end side of refrigerator external door panel, for playing position-limiting action to refrigerator external door panel in a first direction；It is adjacent
Two lower lattice gear components 7 match and two lower lattice gear components 7 are located at the lower end side of refrigerator external door panel, for the
Position-limiting action is played to refrigerator external door panel on one direction.First direction is horizontal direction, first direction and with bottom deposit grillage 3,
Grillage 4 is deposited in middle level, and that the length direction of grillage 5 is deposited with top layer is parallel.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 7, upper lattice gear component 6 deposits grillage 3 in bottom and middle level is deposited and set respectively on grillage 4
It is to be sequentially arranged along the direction parallel with first direction to set multiple and multiple upper lattice gear components 6, and two neighboring upper lattice keep off component 6
The distance between it is adjustable, lower lattice gear component 7 top layer deposit grillage 5 and middle level deposit be respectively set on grillage 4 it is multiple and multiple under
Lattice gear component 7 is to be sequentially arranged along the direction parallel with first direction, and the distance between two neighboring lower lattice gear component 7 is adjustable
Section.Bottom is deposited and is provided with multiple upper lattice gear components 6 on grillage 3, upper lattice gear component 6 be fixedly connected with bottom bracket body 301 and
Upper lattice gear component 6 deposits the position-adjustable on grillage 3 in bottom, and bottom deposits the middle level of the gear component 6 and top of the upper lattice on grillage 3
It deposits the gear component 7 of the lower lattice on grillage 4 to match, realizes the clamping for depositing multiple refrigerator external door panels on grillage 3 to being positioned over bottom
It is fixed.Middle level, which is deposited, is provided with multiple upper lattice gear components 6 and multiple lower lattice gear components 7 on grillage 4, upper lattice gear component 6 is held in the palm with middle level
Frame ontology 401 is fixedly connected and upper lattice gear component 6 deposits the position-adjustable on grillage 4 in middle level, and lower lattice gear component 7 is held in the palm with middle level
Frame ontology 401 is fixedly connected and lower lattice gear component 7 deposits position-adjustable on grillage 4 in middle level, upper lattice gear component 6 and it is multiple under
The quantity that lattice keep off component 7 is identical.Top layer, which is deposited, is provided with multiple lower lattice gear components 7 on grillage 5, lower lattice gear component 7 deposits plate with top layer
Frame 5 is fixedly connected and lower lattice gear component 7 deposits the position-adjustable on grillage 5 in top layer, and top layer deposits the lower lattice gear group on grillage 5
Part 7 is deposited the gear component 6 of the upper lattice on grillage 4 with the middle level of lower section and is matched, and realization deposits middle level below being positioned over more on grillage 4
A refrigerator external door panel is fixedly clamped.Grillage 4 is deposited for two adjacent in the vertical direction middle levels, underlying middle level is deposited
Upper lattice gear component 6 on grillage 4 is deposited the gear component 7 of the lower lattice on grillage 4 with the middle level being located above and is matched, and realizes to being positioned over
Deposit being fixedly clamped for multiple refrigerator external door panels on grillage 4 in underlying middle level.Bottom deposits grillage 3, top layer deposits grillage 5 and each
The quantity that the upper lattice gear component 6 being arranged on grillage 4 is deposited in a middle level is identical, and the lower lattice gear component 7 being arranged on grillage 4 is deposited in each middle level
Quantity it is identical.In the present embodiment, bottom deposits grillage 3, top layer deposits grillage 5 and each middle level is deposited on grillage 4 there are six settings
Upper lattice keep off component 6, and setting on grillage 4 is deposited in each middle level, and there are six lower lattice to keep off component 7, and middle level deposits grillage 4 and is arranged two.
By two neighboring upper lattice keep off the distance between component 6 be arranged to it is adjustable, accordingly by two neighboring lower lattice gear group
The distance between part 7 is also configured to adjustable, may be adapted to putting for the refrigerator external door panel of different-thickness, improves adaptation
Property so that rack it is versatile.
As shown in Fig. 1 and Fig. 9, upper lattice gear component 6 includes that upper lattice keep off ontology 601 and are set to lattice 601 liang of ontology of gear
First connection structure and the second connection structure at end, the first connection structure and the second connection structure and bottom of upper lattice gear component 6
It deposits grillage 3 and the connection of grillage 4 is deposited in middle level.Upper lattice on grillage 3 are deposited for being set to bottom and keep off component 6, bottom bracket body
301 connect with the first connection structure of upper lattice gear component 6 and the second connection structure.For be set to middle level deposit it is upper on grillage 4
Lattice keep off component 6, and middle level bracket body 401 keeps off the first connection structure of component 6 with upper lattice and the second connection structure is connect.Upper lattice gear
Ontology 601 is U-shaped, and upper lattice gear ontology 601 is vertically arranged, and the length direction of upper lattice gear ontology 601 is parallel with second direction,
Second direction is horizontal direction and second direction and first direction are perpendicular, the length of the first connection structure and upper lattice gear ontology 601
One end connection on direction is spent, the other end that the second connection structure is kept off with upper lattice on the length direction of ontology 601 is connect.First connects
Binding structure includes the first connecting plate 602 being fixedly connected with upper lattice gear ontology 601, the first clamping screw 604 and is locked with first
Bolt 604 is the first nut block (not shown) being threadedly coupled, and the first nut block, which has, allows the first clamping screw 604 to be inserted into
Internal thread hole, the first connecting plate 602, which has, allows the through-hole that the first clamping screw 604 passes through.Second connection structure include with it is upper
Lattice gear ontology 601 be fixedly connected the second connecting plate 603, the second clamping screw 605 and with the second clamping screw 605 be screw thread company
The the second nut block (not shown) connect, the second nut block have allow the second clamping screw 605 be inserted into internal thread hole, second
Connecting plate 603, which has, allows the through-hole that the second clamping screw 605 passes through.
As shown in Figure 1 to Figure 3, bottom bracket body 301, which has, allows the bottom that the first nut block of the first connection structure is embedded in
Layer the first sliding groove 303 and the bottom second sliding slot 304 for allowing the second nut block of the second connection structure to be embedded in, bottom the first sliding groove
303 and bottom second sliding slot 304 be the length extended in 301 upper edge of the bottom bracket body direction parallel with first direction
Slot.Bottom the first sliding groove 303 forms the opening for allowing the first clamping screw 604 to pass through, bottom on the side of bottom bracket body 301
Layer the first sliding groove 303 is T-slot, and the first connecting plate 602 is located at the outside of bottom the first sliding groove 303, and the first nut block is located at bottom
The inside of layer the first sliding groove 303, the first clamping screw 604 are combined on the internal thread of the first nut block across the first connecting plate 602
Kong Zhong tightens the first clamping screw 604, and the first connecting plate 602 can be made to be matched with the first nut block and clamp bottom bracket sheet
Body 301 realizes that the first connection structure deposits being fixedly connected for grillage 3 with bottom.Bottom second sliding slot 304 is in bottom bracket body
It is formed on 301 top surface and the opening that the second clamping screw 605 passes through, bottom second sliding slot 304 is allowed to be T-slot, the second connecting plate
603 are located at the top of bottom second sliding slot 304, and the second nut block is located at the inside of bottom second sliding slot 304, the second clamping screw
605 are combined on across the second connecting plate 603 in the internal thread hole of the second nut block, tighten the second clamping screw 605, can make
Two connecting plates 603 are matched with the second nut block clamps bottom bracket body 301, realizes that the second connection structure deposits plate with bottom
Frame 3 is fixedly connected.After the first connection structure and the second connection structure deposit grillage 3 with bottom fixes, lattice gear group in realization
Part 6 deposits being fixedly connected for grillage 3 with bottom.Component 6 is kept off when bottom deposits the horizontal position on grillage 3 when needing to adjust above lattice,
Unscrew the clamping screw of the first connection structure and the second connection structure so that the first connecting plate 602 and the first nut block and
Two connecting plates 603 and the second nut block loosen, and the first nut block is deposited in bottom in the bottom the first sliding groove 303 of grillage 3 can be along the
One direction is moved, and the second nut block is deposited in the bottom second sliding slot 304 of grillage 3 in bottom and can be moved along first direction, Jin Erke
To adjust upper lattice gear component 6 position on grillage 3 is deposited in bottom.The bottom of this structure deposits grillage 3 and upper lattice gear component 6 matches
It closes, is easy to implement the adjusting of 6 position of lattice gear component, it is convenient and efficient, it is efficient.As shown in figure 9, the first clamping screw 604
Axis is parallel with second direction, and the axis of the second clamping screw 605 is parallel with vertical direction, preferably, the first lock
Tight 604 and second clamping screw 605 of bolt is respectively provided with two, correspondingly, the first nut block and the second nut block are also respectively set
Two.
As shown in Fig. 1, fig. 4 to fig. 6, middle level bracket body 401, which has, allows the first nut block of the first connection structure to be embedded in
Middle level the first sliding groove 403 and the middle level second sliding slot 404 that allows the second nut block of the second connection structure to be embedded in, middle level first slide
Slot 403 and middle level second sliding slot 404 are the length that the direction that 401 upper edge of bracket body is parallel with first direction in middle level extends
Slot.Middle level the first sliding groove 403 is formed on the side of bracket body 401 in middle level allows the opening that the first clamping screw 604 passes through,
Middle level the first sliding groove 403 is T-slot, and the first connecting plate 602 is located at the outside of middle level the first sliding groove 403, and the first nut block is located at
The inside of middle level the first sliding groove 403, the first clamping screw 604 are combined on the interior spiral shell of the first nut block across the first connecting plate 602
In pit, the first clamping screw 604 is tightened, the first connecting plate 602 can be made to be matched with the first nut block and clamp middle level bracket
Ontology 401 realizes that the first connection structure deposits being fixedly connected for grillage 4 with middle level.The bracket body in middle level of middle level second sliding slot 404
It is formed on 401 top surface and the opening that the second clamping screw 605 passes through, middle level second sliding slot 404 is allowed to be T-slot, the second connecting plate
603 are located at the top of middle level second sliding slot 404, and the second nut block is located at the inside of middle level second sliding slot 404, the second clamping screw
605 are combined on across the second connecting plate 603 in the internal thread hole of the second nut block, tighten the second clamping screw 605, can make
Second connecting plate 603 is matched with the second nut block clamps middle level bracket body 401, realizes that the second connection structure is deposited with middle level
Grillage 4 is fixedly connected.After the first connection structure and the second connection structure deposit grillage 4 with middle level fixes, lattice gear in realization
Component 6 deposits being fixedly connected for grillage 4 with middle level.The horizontal position on grillage 4 is deposited in middle level when needing to adjust above lattice gear component 6
When, unscrew the clamping screw of the first connection structure and the second connection structure so that the first connecting plate 602 and the first nut block and
Second connecting plate 603 and the second nut block loosen, and the first nut block is deposited in middle level can edge in the middle level the first sliding groove 403 of grillage 4
First direction moves, and the second nut block is deposited in the middle level second sliding slot 404 of grillage 4 and can be moved along first direction in middle level, in turn
Lattice gear component 6 can be adjusted and deposit position on grillage 4 in middle level.Deposit grillage 4 and upper lattice gear component 6 in the middle level of this structure
It matches, is easy to implement the adjusting of 6 position of lattice gear component, it is convenient and efficient, it is efficient.
As shown in Fig. 1 and Figure 10, lower lattice gear component 7 includes that lower lattice keep off ontology 701 and are set to lower 701 liang of ontology of lattice gear
The third connection structure and the 4th connection structure at end, the third connection structure and the 4th connection structure and top layer of lower lattice gear component 7
It deposits grillage 5 and the connection of grillage 4 is deposited in middle level.Lower lattice on grillage 4 are deposited for being set to middle level and keep off component 7, middle level bracket body
401 connect with the third connection structure of lower lattice gear component 7 and the 4th connection structure.For being set under top layer deposits on grillage 5
Lattice keep off component 7, and top layer is deposited grillage 5 and connect with the third connection structure of lower lattice gear component 7 and the 4th connection structure.Lower lattice keep off ontology
701 be U-shaped, and lower lattice gear ontology 701 is vertically arranged, and the length direction of lower lattice gear ontology 701 is parallel with second direction, third
One end that connection structure is kept off with lower lattice on the length direction of ontology 701 is connect, the length of the 4th connection structure and lower lattice gear ontology 701
Spend the other end connection on direction.Third connection structure include with lower lattice gear ontology 701 be fixedly connected third connecting plate 702,
Third clamping screw 704 and be the third nut block (not shown) being threadedly coupled, third nut with third clamping screw 704
Block has the internal thread hole for allowing third clamping screw 704 to be inserted into, and third connecting plate 702, which has, allows third clamping screw 704 to pass through
Through-hole.4th connection structure includes the 4th connecting plate 703, the 4th clamping screw 705 being fixedly connected with lower lattice gear ontology 701
Be the 4th nut block (not shown) being threadedly coupled with the 4th clamping screw 705, the 4th nut block, which has, allows the 4th lock
The internal thread hole that tight bolt 705 is inserted into, the 4th connecting plate 703, which has, allows the through-hole that the 4th clamping screw 705 passes through.
As shown in Fig. 1, fig. 4 to fig. 6, middle level bracket body 401, which has, allows the third nut block of third connection structure to be embedded in
Middle level third sliding slot 406 and the 4th sliding slot 407 of middle level that allows the 4th nut block of the 4th connection structure to be embedded in, middle level third slide
Slot 406 and the 4th sliding slot 407 of middle level are the length that the direction that 401 upper edge of bracket body is parallel with first direction in middle level extends
Slot.Middle level third sliding slot 406 is formed on the bottom surface of bracket body 401 in middle level allows the opening that third clamping screw 704 passes through,
Middle level third sliding slot 406 is T-slot, and third connecting plate 702 is located at the lower section of middle level third sliding slot 406, and third nut block is located at
The inside of middle level third sliding slot 406, third clamping screw 704 are combined on the interior spiral shell of third nut block across third connecting plate 702
In pit, third clamping screw 704 is tightened, third connecting plate 702 can be made to be matched with third nut block and clamp middle level bracket
Ontology 401 realizes that third connection structure deposits being fixedly connected for grillage 4 with middle level.The 4th sliding slot 407 of middle level bracket body in middle level
It is formed on 401 bottom surface and the opening that the 4th clamping screw 705 passes through, the 4th sliding slot 407 of middle level is allowed to be T-slot, the 4th connecting plate
703 are located at the lower section of the 4th sliding slot 407 of middle level, and the 4th nut block is located at the inside of the 4th sliding slot 407 of middle level, the 4th clamping screw
705 are combined on across the 4th connecting plate 703 in the internal thread hole of the 4th nut block, tighten the 4th clamping screw 705, can make
4th connecting plate 703 is matched with the 4th nut block clamps middle level bracket body 401, realizes that the 4th connection structure is deposited with middle level
Grillage 4 is fixedly connected.After third connection structure and the 4th connection structure deposit grillage 4 with middle level fixes, lower lattice gear is realized
Component 7 deposits being fixedly connected for grillage 4 with middle level.Lattice gear component 7 deposits the horizontal position on grillage 4 in middle level under needing to adjust
When, unscrew the clamping screw of third connection structure and the 4th connection structure so that third connecting plate 702 and third nut block and
4th connecting plate 703 and the 4th nut block loosen, and third nut block is deposited in middle level can in the middle level third sliding slot 406 of grillage 4
It being moved along first direction, the 4th nut block is deposited in middle level can move in the 4th sliding slot 407 of middle level of grillage 4 along first direction, into
And lower lattice gear component 7 can be adjusted and deposit position on grillage 4 in middle level.Deposit grillage 4 and lower lattice gear component 7 in the middle level of this structure
It matches, is easy to implement the adjusting of 7 position of lower lattice gear component, it is convenient and efficient, it is efficient.As shown in Figure 10, third clamping screw
The axis of 704 axis and the 4th clamping screw 705 is parallel with vertical direction, preferably, third clamping screw 704
Axis and the 4th clamping screw 705 are respectively provided with two, correspondingly, third nut block and the 4th nut block are also respectively set two.
As shown in Fig. 1, Fig. 7 and Fig. 8, top layer, which deposits grillage 5, has the top for allowing the third nut block of third connection structure to be embedded in
Layer the first sliding groove 501 and the top layer second sliding slot 502 for allowing the 4th nut block of the 4th connection structure to be embedded in, top layer the first sliding groove
501 and top layer second sliding slot 502 be to deposit the elongated slot that 5 upper edge of the grillage direction parallel with first direction extends in top layer.Top
Layer the first sliding groove 501 forms the opening for allowing third clamping screw 704 to pass through on the bottom surface that top layer deposits grillage 5, and top layer first is slided
Slot 501 is T-slot, and third connecting plate 702 is located at the lower section of top layer the first sliding groove 501, and third nut block is located at the cunning of top layer first
The inside of slot 501, third clamping screw 704 are combined in the internal thread hole of third nut block across third connecting plate 702, tighten
Third clamping screw 704 can make third connecting plate 702 match clamping top layer with third nut block and deposit grillage 5, realize third
Connection structure deposits being fixedly connected for grillage 4 with middle level.Top layer second sliding slot 502 is formed on the bottom surface that top layer deposits grillage 5 allows
The opening that four clamping screws 705 pass through, top layer second sliding slot 502 are T-slot, and the 4th connecting plate 703 is located at top layer second sliding slot
502 lower section, the 4th nut block are located at the inside of top layer second sliding slot 502, and the 4th clamping screw 705 passes through the 4th connecting plate
703 are combined in the internal thread hole of the 4th nut block, tighten the 4th clamping screw 705, can make the 4th connecting plate 703 and the 4th
Nut block matches clamping top layer and deposits grillage 5, realizes that the 4th connection structure deposits being fixedly connected for grillage 4 with middle level.When third connects
After binding structure and the 4th connection structure deposit the fixation of grillage 4 with middle level, realize that lower lattice gear component 7 deposits the fixation of grillage 5 with top layer
Connection.When needing to adjust lower lattice gear component 7 when top layer deposits the horizontal position on grillage 5, unscrew third connection structure and the 4th
The clamping screw of connection structure so that third connecting plate 702 and third nut block and the 4th connecting plate 703 and the 4th nut
Block loosens, and third nut block is deposited in the top layer the first sliding groove 501 of grillage 5 in top layer and can be moved along first direction, the 4th nut block
It deposits in the top layer second sliding slot 502 of grillage 5 and can be moved along first direction in top layer, and then lower lattice gear component 7 can be adjusted and pushed up
Layer deposits the position on grillage 5.The top layer of this structure deposits grillage 5 and lower lattice gear component 7 matches, and is easy to implement lower lattice gear group
The adjusting of 7 position of part, it is convenient and efficient, it is efficient.
As shown in Figure 1, the refrigerator external door panel rack of the present invention further includes being set on rack ontology 2 and in second party
The front stop lever 8 of position-limiting action is played to refrigerator external door panel upwards, front stop lever 8 is vertically arranged multiple and multiple front stop levers 8 and exists
To be vertically sequentially arranged on rack ontology 2, the middle level that top layer deposits grillage 5 and lower section is deposited between grillage 4 before setting one
A front stop lever 8 is arranged between depositing grillage 4 in bar 8, adjacent two middle levels, and bottom deposits grillage 3 and grillage 4 is deposited in the middle level of top
Between a front stop lever 8 is set, front stop lever 8 contacts with the end edge of refrigerator external door panel, and grillage 3 is deposited in being positioned over bottom
The refrigerator external door panel that layer is deposited on grillage 4 plays position-limiting action, and refrigerator external door panel is avoided to shake.Front stop lever 8 and rack ontology 2
Between be detachable connection, front stop lever 8 can be detached with rack ontology 2, when picking and placeing refrigerator external door panel, need to be showed front stop lever
8 remove, and avoid influencing picking and placeing for refrigerator external door panel.
As shown in Figure 1, the refrigerator external door panel rack of the present invention further includes for being risen in a second direction to refrigerator external door panel
The rear bar component 9 of position-limiting action, bottom deposits grillage 3 and bar component 9 after one is respectively set on grillage 4 is deposited in middle level, rear to keep off
Bar assembly 9 deposits grillage 3 in bottom and position-adjustable on grillage 4 is deposited in middle level.Bar component 9 is vertically arranged multiple afterwards
And multiple front stop levers 8 are vertically to be sequentially arranged, each rear bar component 9 is respectively to be oppositely arranged with a front stop lever 8,
Bar component 9 is matched with a front stop lever 8 respectively afterwards, to play position-limiting action to refrigerator external door panel in a second direction, after
Bar component 9 and front stop lever 8 respectively with the one end EDGE CONTACT of refrigerator external door panel, so as to avoid refrigerator external door panel from occurring
It shakes.Rear bar component 9 is arranged to position-adjustable, passes through bar component 9 after movement so that rear bar component 9 and phase
To front stop lever 8 between vertical range it is adjustable, so as to the limit of the refrigerator external door panel suitable for different width dimensions, carry
High adaptability so that rack it is versatile.
As shown in Fig. 1 and Figure 11, rear bar component 9 includes rear bar ontology 901 and is set to rear 901 both ends of bar ontology
Bar connection structure, bar connection structure and the bottom of rear bar component 9 deposit grillage 3 and middle level is deposited grillage 4 and connect.For setting
It is placed in bottom and deposits rear bar component 9 on grillage 3, bottom bracket body 301 and the bar connection structure of rear bar component 9 connect
It connects.Rear bar component 9 on grillage 4 is deposited for being set to middle level, middle level bracket body 401 and the bar of rear bar component 9 connect
Binding structure connects.Bar ontology 901 is U-shaped afterwards, and rear bar ontology 901 is vertically arranged, the length side of rear bar ontology 901
To, the rear bar ontology 901 horizontal top that in upper lattice keeps off component 6 parallel with first direction, two bar connection structure difference
It is fixedly connected with one end on the length direction of rear bar ontology 901.Bar connection structure includes being fixed with rear bar ontology 901
The bar connector 902 of connection, the 5th clamping screw 904 and be the 5th nut block being threadedly coupled with the 5th clamping screw 904
903, the 5th nut block 903 has the internal thread hole for allowing the 5th clamping screw 904 to be inserted into, and bar connector 902, which has, allows the 5th
The through-hole that clamping screw 904 passes through.
As shown in Figure 1 to Figure 3, bottom bracket body 301, which has, allows the 5th nut block 903 of bar connection structure to be embedded in
Bottom third sliding slot 305, parallel two are arranged in bottom third sliding slot 305 on bottom bracket body 301, and bottom deposits plate
All upper lattice gear components 6 being arranged on frame 3 are located between two bottom third sliding slots 305, and the 5th of two bar connection structures the
Nut block 903 is respectively embedded into a bottom third sliding slot 305, and bottom third sliding slot 305 is on bottom bracket body 301
The elongated slot extended along the direction parallel with second direction.Bar ontology 901 is vertically arranged at the upper of bottom bracket body 301 afterwards
Side, bottom third sliding slot 305 is formed on the top surface of bottom bracket body 301 allows the opening that the 5th clamping screw 904 passes through, bottom
Layer third sliding slot 305 is T-slot, and bar connector 902 is located at the top of bottom third sliding slot 305, and the 5th nut block 903 is located at
The inside of bottom third sliding slot 305, the 5th clamping screw 904 are combined on the interior of the 5th nut block 903 across bar connector 902
In threaded hole, the 5th clamping screw 904 is tightened, bar connector 902 can be made to match clamping bottom with the 5th nut block 903
Bracket body 301 realizes that bar connection structure deposits being fixedly connected for grillage 3 with bottom.When two bar connection structures and bottom
After layer deposits the fixation of grillage 3, bar component 9 deposits being fixedly connected for grillage 3 with bottom after realization.The bar component 9 after needing to adjust
When bottom deposits the horizontal position on grillage 3, unscrew the clamping screw of bar connection structure so that bar connector 902 and
Five nut blocks 903 loosen, and the 5th nut block 903 can be moved in a second direction in the bottom third sliding slot 305 that bottom deposits grillage 3
It is dynamic, and then bar component 9 deposits the position on grillage 3 in bottom after can adjusting.The bottom of this structure deposits grillage 3 and rear bar
Component 9 matches, and is easy to implement the adjusting of rear 9 position of bar component, convenient and efficient, efficient.As shown in figure 11, the 5th locking
The axis of bolt 904 is parallel with vertical direction, preferably, the 5th clamping screw 904 of each bar connection structure is set
Two are set, correspondingly, the 5th nut block 903 of each bar connection structure is also provided with two.
As shown in Fig. 1, fig. 4 to fig. 6, middle level bracket body 401, which has, makes the 5th nut block 903 of bar connection structure embedding
Parallel two are arranged on bracket body 401 in middle level in the 5th sliding slot 405 of middle level entered, the 5th sliding slot 405 of middle level, and middle level is deposited
All upper lattice gear components 6 being arranged on grillage 4 are located between two the 5th sliding slots 405 of middle level, and the of two bar connection structures
Five nut blocks 903 are respectively embedded into the 5th sliding slot 405 of middle level, and the 5th sliding slot 405 of middle level is on bracket body 401 in middle level
The elongated slot extended along the direction parallel with second direction.Bar ontology 901 is vertically arranged at the upper of middle level bracket body 401 afterwards
Side, the 5th sliding slot 405 of middle level is formed on the top surface of bracket body 401 in middle level allows the opening that the 5th clamping screw 904 passes through, in
The 5th sliding slot 405 of layer is T-slot, and bar connector 902 is located at the top of the 5th sliding slot 405 of middle level, and the 5th nut block 903 is located at
The inside of the 5th sliding slot 405 of middle level, the 5th clamping screw 904 are combined on the interior of the 5th nut block 903 across bar connector 902
In threaded hole, the 5th clamping screw 904 is tightened, bar connector 902 can be made to be matched with the 5th nut block 903 and clamp middle level
Bracket body 401 realizes that bar connection structure deposits being fixedly connected for grillage 4 with middle level.When two bar connection structures are in
After layer deposits the fixation of grillage 4, bar component 9 deposits being fixedly connected for grillage 4 with middle level after realization.The bar component 9 after needing to adjust
When depositing the horizontal position on grillage 4 in middle level, unscrew the clamping screw of bar connection structure so that bar connector 902 and
Five nut blocks 903 loosen, and the 5th nut block 903 is deposited in middle level can move in a second direction in the 5th sliding slot 405 of middle level of grillage 4
It is dynamic, and then bar component 9 deposits the position on grillage 4 in middle level after can adjusting.Deposit grillage 4 and rear gear in the middle level of this structure
Bar assembly 9 matches, and is easy to implement the adjusting of rear 9 position of bar component, convenient and efficient, efficient.As shown in figure 11, the 5th lock
The axis of tight bolt 904 is parallel with vertical direction, preferably, the 5th clamping screw 904 of each bar connection structure
Setting two, correspondingly, the 5th nut block 903 of each bar connection structure is also provided with two.
The present invention is exemplarily described above in association with attached drawing.Obviously, present invention specific implementation is not by above-mentioned side
The limitation of formula.As long as using the improvement of the various unsubstantialities of inventive concept and technical scheme of the present invention progress；Or not
It is improved, the above-mentioned design of the present invention and technical solution are directly applied into other occasions, in protection scope of the present invention
Within.
Claims (10)
1. refrigerator external door panel rack, including rack ontology, it is characterised in that：Further include being set on rack ontology and for placing
The bottom of refrigerator external door panel deposits grillage, grillage is deposited in middle level and top layer deposits grillage, and bottom deposits grillage and is located at the lower section that grillage is deposited in middle level
And bottom deposits grillage and middle level is deposited the distance between grillage and is adjusted, top layer deposits grillage and is located at top and top layer that grillage is deposited in middle level
It deposits grillage and middle level is deposited the distance between grillage and is adjusted, middle level deposits grillage and is at least arranged one.
2. refrigerator external door panel rack according to claim 1, it is characterised in that：It deposits grillage and is arranged two or two in the middle level
When a above, it is adjustable that the distance between grillage is deposited in two neighboring middle level.
3. refrigerator external door panel rack according to claim 1 or 2, it is characterised in that：Further include being set to the bottom to deposit
Grillage and middle level deposit the gear component of the upper lattice on grillage and are set to that grillage is deposited in middle level and top layer deposits lower lattice gear component on grillage,
The lower section that the gear component of the lower lattice on grillage is located at upper lattice gear component is deposited in middle level, and each two adjacent upper lattice keep off the two of component and top
A adjacent lower lattice gear component forms the storage area of storage refrigerator external door panel.
4. refrigerator external door panel rack according to claim 3, it is characterised in that：The upper lattice gear component is deposited in the bottom
It is along the direction parallel with first direction that grillage and the middle level, which deposit and multiple and multiple upper lattice gear components are respectively set on grillage,
It is sequentially arranged, the distance between two neighboring upper lattice gear component is adjustable.
5. refrigerator external door panel rack according to claim 4, it is characterised in that：The lower lattice gear component is deposited in the top layer
It is along the direction parallel with first direction that grillage and the middle level, which deposit and multiple and multiple lower lattice gear components are respectively set on grillage,
It is sequentially arranged, the distance between two neighboring lower lattice gear component is adjustable.
6. according to any refrigerator external door panel rack of claim 3 to 5, it is characterised in that：The upper lattice keep off component
Upper lattice gear ontology and the first connection structure and the second connection structure for being set to lattice gear ontology both ends, the of upper lattice gear component
One connection structure and the second connection structure deposits grillage with the bottom and the middle level is deposited grillage and connect；The lower lattice keep off component packet
The third connection structure and the 4th connection structure for including lower lattice gear ontology and being set to lower lattice gear ontology both ends, lower lattice gear component
Third connection structure and the 4th connection structure deposits grillage with the top layer and the middle level is deposited grillage and connect.
7. refrigerator external door panel rack according to any one of claims 1 to 6, it is characterised in that：The bottom deposits grillage
Bottom bracket body and the bottom backing plate being set on bottom bracket body, bottom bracket body pass through bracket fastening structure and institute
State the connection of rack ontology.
8. refrigerator external door panel rack according to any one of claims 1 to 7, it is characterised in that：Deposit grillage in the middle level
Middle level bracket body and the middle level backing plate being set on the bracket body of middle level, middle level bracket body pass through bracket fastening structure and institute
State the connection of rack ontology.
9. refrigerator external door panel rack according to any one of claims 1 to 8, it is characterised in that：Further include being set to the material
Front stop lever on frame ontology and for playing position-limiting action to refrigerator external door panel in a second direction, front stop lever are vertically arranged
It is multiple.
10. refrigerator external door panel rack according to any one of claims 1 to 9, it is characterised in that：Further include in second party
The rear bar component of position-limiting action is played to refrigerator external door panel upwards, the bottom deposits grillage and the middle level is deposited and set respectively on grillage
Bar component after setting one, rear bar component deposits grillage in bottom and position-adjustable on grillage is deposited in middle level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711083631.4A CN108341123A (en) | 2017-11-07 | 2017-11-07 | Refrigerator external door panel rack |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711083631.4A CN108341123A (en) | 2017-11-07 | 2017-11-07 | Refrigerator external door panel rack |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108341123A true CN108341123A (en) | 2018-07-31 |
Family
ID=62963333
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711083631.4A Pending CN108341123A (en) | 2017-11-07 | 2017-11-07 | Refrigerator external door panel rack |
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| Country | Link |
|---|---|
| CN (1) | CN108341123A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109015578A (en) * | 2018-08-27 | 2018-12-18 | 上海彭浦机器厂有限公司 | A kind of soil-shifting machine part can connect oily universal material frame |
| CN109398450A (en) * | 2018-08-23 | 2019-03-01 | 铜陵狮达防火门有限责任公司 | A kind of high stability transfer carriage |
| CN109573276A (en) * | 2018-11-19 | 2019-04-05 | 镇江华驰电器有限公司 | A kind of switch cabinet panel transhipment structure |
| TWI823590B (en) * | 2022-09-29 | 2023-11-21 | 陳逢霖 | Material box structure |
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