CN101231112B - Incline structure of refrigerator door - Google Patents
Incline structure of refrigerator door Download PDFInfo
- Publication number
- CN101231112B CN101231112B CN2007100565859A CN200710056585A CN101231112B CN 101231112 B CN101231112 B CN 101231112B CN 2007100565859 A CN2007100565859 A CN 2007100565859A CN 200710056585 A CN200710056585 A CN 200710056585A CN 101231112 B CN101231112 B CN 101231112B
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- China
- Prior art keywords
- door
- patchhole
- storage space
- inclination
- shotpin
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Abstract
The invention discloses an inclination structure of a refrigerator door. A supporting frame is positioned in a storage space and is used for supporting a vertical part of a depository dish bracket; a linkage component is arranged on a door gasket of a storage space door and relatively rotates in a specified angle taking one end as the centre corresponding to the vertical part; one end of an inclination-prevention pin is selectively inserted to the side of the depository dish, while the other end is inserted into the side of the storage space door, enabling the depository dish and the storage space door to selectively restrain each other. The invention has the advantages that the first insertion part and the second insertion part of the inclination-prevention pin are respectively inserted into the first insertion hole and the second insertion hole of a shelter component, and the inclination-prevention pin is used for firmly limiting the storage space door on the supporting frame, enabling the depository dish and the storage space door of the sealed storage space to restrain each other without deformation of components. When a user needs to use the inclination storage space door, only the inclination-prevention pin is separated to insert into the second insertion hole and the third insertion hole on the shelter component, thus the inclination-prevention pin can also be stored better.
Description
Technical field
The present invention relates to a kind of door of refrigerator, particularly relate to the incline structure of the door of refrigerator that a kind of needs door of refrigerator according to the user can tilt to use.
Background technology
Fig. 1 and Fig. 2 are the incline structures of the door of refrigerator of prior art.As depicted in figs. 1 and 2, refrigerator main body 1 forms the outward appearance of refrigerator integral body.The refrigerator inside portion of being divided is divided into refrigerating chamber and two storage spaces of refrigerating chamber.In described storage space, be provided with drawer-type storage case (not shown).Described hutch is supported by the following support frame that will illustrate 7, according to user's selection, moves at described storage space with push-pull fashion.
On the two side of described storage space, be formed with guiding rail 3; Moving guide rail 5 is arranged on the described guiding rail 3 movably; Described moving guide rail 5 is assembled on the horizontal part 9 of the support frame 7 that supports described hutch by assembling parts such as screws.
On described support frame 7, comprise the horizontal part 9 of assembling described moving guide rail 5 and from described horizontal part 9 vertically extending vertical component effects 11.On described vertical component effect 11, hollowly form the depressed part (not shown) that the linkage part 15 that will illustrate below installing is arranged.At a sidewall of described depressed part, be formed with the inclination that the user connects insertion and prevent parts 19, fixed part 19b penetratingly inserts the 1st through hole 11a.On described vertical component effect 11, be formed with the 1st guide slit 11 ' that moves of the described tilt component 21 of guiding.
In addition, the lower end of described vertical component effect 11 is with to be assembled in linkage part 15 lower ends of following refrigerating chamber door 13 hinged, allows the upper end of refrigerating chamber door 13 be a run-off the straight with the lower end.Described refrigerating chamber door 13 is made up of with the door lining 13b that forms inner face the external door 13a of outside.But between described external door 13a and door lining 13b, be filled with thermal insulation layer (not shown), the heat exchange between cut-out and the outside.
Bottom at the position, both sides of the edge of described door lining 13b is assembled with linkage part 15 by assembling parts such as screws.Described linkage part 15 is the parts with 13 interlocks of described door of refrigerator, and the one side of its one side and described vertical component effect 11 substantially in opposite directions.
In the inside of described linkage part 15, be fixedly provided with an end of tilt component 21, at described linkage part 15 and described vertical component effect 11 face in opposite directions, be formed with the 2nd guide slit 15 ' to the mobile channeling conduct of described tilt component 21.
Upper end at described linkage part 15 is assembled with fixed part 17 by assembling parts such as screws.Described fixed part 17 prevents that with inclination parts 19 are completely fixed on the described linkage part 15.In the one side of described fixed part 17, be formed with the peristome 17a that opens to the side, on another side, be formed with the 2nd through hole 17b of the fixed part 19b insertion that will illustrate below.
In addition, in described fixed part 17, insert inclination by described peristome 17a and prevent parts 19.Described inclination prevents that the main part 19a of parts 19 is installed in the inside of described fixed part 17.In addition, described inclination prevents the fixed part 19b of parts 19, run through the 2nd through hole 17b of described fixed part 17 another sides after, run through described the 1st through hole 11a, prevent that described vertical component effect 11 and door lining 13b from tilting.That is, described inclination prevents that parts 19 from retraining described hutch and refrigerating chamber door 13 mutually according to user's selection, prevents refrigerating chamber door 13 run-off the straights.
In addition, an end of tilt component 21 is fixedly installed on the linkage part that is assembled in described refrigerating-chamber door, therefore tilts with described refrigerating-chamber door interlock.
But there is following shortcoming in prior art: described fixed part 17 is often made by the synthetic resin material of slightly soft in order to allow described vertical component effect 11 closely contact with linkage part 15.In addition, described inclination prevents that parts 19 from also being made by the synthetic resin material.
Described inclination prevents that the main part 19a of parts 19 from closely contacting with described fixed part 17 inner faces, and described fixed part 19b runs through the 1st through hole 11a that forms on the described vertical component effect 11, retrains described vertical component effect 11 and linkage part 15 mutually.That is, prevent in described inclination under the effect of parts 19 that described hutch and refrigerating chamber door 13 are retrained mutually.Thereby when the user opened refrigerating-chamber door, the power of its pulling is relative with moment to be concentrated on the described fixed part 19b.
Distortion slightly can take place in the fixed part 19b that is made by the synthetic resin material, the long phenomenon that described the 1st through hole 11a can occur being inserted in of time one slack and undisciplinedly.Because described fixed part 17 also forms by the synthetic resin material, therefore by described refrigerating chamber door 13 constantly when described main part 19a exerts pressure, described fixed part 17 is deformed or breakage.Thereby, certain clearance can take place between described fixed part 17 and main part 19a, cause described main part 19a can not fully closely contact with the inner surface of described fixed part 17.Cause described inclination to prevent that parts 19 from coming off from described fixed part 17, refrigerating-chamber door 13 is tilted, influence result of use.
In addition, when the user needed refrigerating-chamber door 13 to tilt to get thing, because a side of refrigerator main body 1 or refrigerating chamber door 13 does not have the inclination that can break away from from fixed part 17 certainly and prevents parts 19, the described inclination of keeping prevented parts 19 and need separately.
Summary of the invention
Technical problem to be solved by this invention is, overcomes the shortcoming of prior art, and a kind of door of refrigerator incline structure that a kind of rational in infrastructure, parts can deformation that provides is provided; The inclination that can also easily door of refrigerator be tilted with being allowed a choice simultaneously prevents parts.
The technical solution adopted in the present invention is: the incline structure of door of refrigerator comprises that support frame, linkage part and inclination prevent shotpin; Described support frame is positioned at storage space, supports the vertical component effect of depository dish holder part; Described linkage part is arranged on the door gasket of storage space door, is the angle that the center rotates regulation relatively with respect to vertical component effect with an end; Anti-shotpin one end of described inclination optionally inserts described depository dish side, and the other end inserts described storage space reveal, makes the optionally constraint mutually of described depository dish and storage space door.
On described vertical component effect and linkage part, be formed with the 1st patchhole and the 2nd patchhole respectively, the both ends of the anti-shotpin of described inclination are inserted described the 1st patchhole and the 2nd patchhole respectively, stop the inclination of described storage space door by the mutual constraint of described depository dish and storage space door, each either side that inserts in the hole at described vertical component effect and linkage part is provided with the 3rd patchhole, one end of the anti-shotpin of described inclination optionally inserts described the 3rd patchhole inside, can preserve the anti-shotpin of described inclination.
The curtain-shaped cover member that described linkage part is installed on the described door gasket covers, on vertical component effect and curtain-shaped cover member, be formed with the 1st patchhole and the 2nd patchhole respectively, insert respectively in described the 1st patchhole and the 2nd patchhole at the both ends of the anti-shotpin of described inclination, stop the inclination of described storage space door by the mutual constraint of described depository dish and storage space door, be formed with the 3rd patchhole at each either side that inserts in the hole that closes on described vertical component effect and curtain-shaped cover member, one end of the anti-shotpin of described inclination optionally inserts described the 3rd patchhole inside, can preserve the anti-shotpin of described inclination.
The anti-shotpin of described inclination comprises: clamping section and insertion section; The grasping of shotpin can be realized tilting to prevent in described clamping section, and extend to vertical direction respectively at the two ends of described clamping section described insertion section, is inserted in inserting in the hole of forming on described vertical component effect and linkage part or the curtain-shaped cover member.
The invention has the beneficial effects as follows: because in the 1st insertion section of the anti-shotpin that tilts and the 1st patchhole and the 2nd patchhole that the 2nd insertion section is inserted curtain-shaped cover member respectively, tilt anti-shotpin with firm being limited on the support frame of storage space door, the storage space door in depository dish and hermetically storing space is retrained mutually, and parts can not be out of shape more sturdy and durable.
When the user need tilt the storage space door when using, only need isolate anti-shotpin, insert in the 2nd patchhole and the 3rd patchhole that forms on the curtain-shaped cover member, so also can preserve anti-shotpin better, prevent to tilt to prevent losing and damaging of shotpin.
Description of drawings
Fig. 1 is the side schematic perspective view of door of refrigerator when the refrigerator main body is drawn in the incline structure of prior art door of refrigerator;
Fig. 2 is the exploded perspective schematic diagram of the incline structure of door of refrigerator in the prior art;
Fig. 3 is the inner face schematic perspective view of vertical component effect of one exemplary embodiment of the incline structure of door of refrigerator of the present invention;
Fig. 4 is the exploded perspective schematic diagram of the embodiment of the invention;
Fig. 5 is the not side schematic view during run-off the straight of the embodiment of the invention;
Fig. 6 is that the present invention is the side schematic view after door of refrigerator tilts.
Among the figure:
30: vertical component effect 30a: the 1st patchhole
The 30 ': the 1st guide slit 32: socket
The 32 ': the 2nd guide slit 34: roller pin
36: tilt component 36a: movement limiting portion
38: hinge portion 40: the storage space door
40a: door gasket 42: curtain-shaped cover member
42a: the 2nd patchhole 42b: the 3rd patchhole
44: linkage part 46: anti-shotpin tilts
46a: clamping section 46b: the 1st insertion section
46c: the 2nd insertion section
The specific embodiment
Below, with the specific embodiment incline structure of drawer-type refrigerator door of the present invention is done one in conjunction with the accompanying drawings and describe in detail.
Fig. 3 is the inner face schematic perspective view of vertical component effect of one exemplary embodiment of the incline structure of door of refrigerator of the present invention; Fig. 4 is the exploded perspective schematic diagram of the embodiment of the invention; Fig. 5 is the not side schematic view during run-off the straight of the embodiment of the invention; Fig. 6 is that the present invention is the side schematic view after door of refrigerator tilts.
To shown in Figure 6, support portion 30 is equivalent to support the support of the support frame of depository dish as Fig. 3.The cross section of described vertical component effect 30 as shown in Figure 3, roughly form by
The shape structure and
The shape that the shape structure links to each other.On vertical component effect 30, be formed with the 1st guide slit 30 ' that mobile width is narrower, structure is long that is used to guide tilt component 36.
Run through in a side of described vertical component effect 30 and to be formed with the 1st patchhole 30a.Optionally insert the 1st insertion section 46b of anti-shotpin 46 in the inside of described the 1st patchhole 30a.That is, only when preventing 40 run-off the straights of storage space door, the inside that described the 1st insertion section 46b just inserts described the 1st patchhole 30a.
The two sides of described vertical component effect 30 utilize screw respectively in conjunction with the face of the correspondence of socket 32.Described socket 32 roughly is
The cross section of shape.On part corresponding on the described socket 32, be formed with the 2nd guide slit 32 ' with the formation position of described the 1st guide slit 30 '.Moving of described the 2nd guide slit 32 ' the bootable tilt component 36.
Be provided with roller pin 34 in the two sides of running through described socket 32.Described roller pin 34 supports tilt component 36 and makes its rotation.Described roller is along with the mobile of the tilt component 36 that the following describes serves as that axle rotates with described roller pin 34.This roller has the effect more flexibly of moving that makes tilt component 36.
One side of the lower support hinge portion 38 of described socket 32.The opposite side of described hinge portion 38 connects linkage part 44 by pin.Hinge portion 38 makes linkage part 44 can rotate relatively for socket 32.
On described vertical component effect 30, optionally be glued with storage space door 40.Constitute the curtain-shaped cover member 42 that utilizes screw to be provided with on the both sides of door gasket 40a of described storage space door 40 inner faces to cover linkage part 48.
Described curtain-shaped cover member 42 has roughly
The cross section of shape, its two sides is relative with the corresponding surface of vertical component effect 30.Described curtain-shaped cover member 42 has covered linkage part 44, prevent linkage part 44 with and the breakage of inner miscellaneous part, when storage space door 40 tilts, hidden linkage part 48, make the outward appearance of storage space door 40 more attractive in appearance.
Described curtain-shaped cover member 42 as shown in Figure 4, the distance that the 2nd patchhole 42a and the 3rd patchhole 42b are separated by is identical with the length of the clamping section 46a of the anti-shotpin 46 that tilts.No matter whether storage space door 40 tilts, and always is inserted with an end of anti-shotpin 46 in the inside of described the 2nd patchhole 42a.Described the 3rd patchhole 42b is the alternative part of inserting in the other end that tilts to prevent shotpin 46, and when storage space door 40 needed to tilt, the preservation of the anti-shotpin 46 of inclination was more prone to.
The inside of described curtain-shaped cover member 42 is provided with the linkage part 44 of described tilt component 36 1 sides that connect by pin.Connect by this pin, described tilt component 36 serves as that axle rotates according to curvilinear path with pin (not shown).
Described linkage part 44 roughly
The cross section of shape.Described linkage part 44 is arranged on the door gasket 40a by screw, thus with the 40 interlock rotations of storage space door.
Be provided with the structure that above-below direction is provided with in the inside of described linkage part 44 longer, mutually the support component of the head end of the described tilt component 36 of constraint and make the softer spring (not shown) of inclination of storage space door 40.Described spring is round described support component setting.
The user does not need 40 run-off the straights of storage space door sometimes, and can be inserted in the anti-shotpin 46 that tilts the inside of described the 1st patchhole 30a and the 2nd patchhole 42a this moment, and described storage space door 40 and depository dish are retrained mutually.The anti-shotpin 46 of described inclination has
The shape cross section.That is, the anti-shotpin 46 of described inclination is provided with the clamping section 46a that can make user's grasping and at the two ends of described clamping section 46a, extends the 1st insertion section 46b and the 2nd insertion section 46c that forms towards the direction perpendicular to described clamping section 46a.
Described the 1st insertion section 46b optionally inserts the part of described the 1st patchhole 30a or the 3rd patchhole 42b inside.That is, in order to stop described storage space door 40 to tilt and described storage space door 40 and depository dish to be retrained mutually, described the 1st insertion section 46b is inserted in the inside of described the 1st patchhole 30a; When needs storage space door 40 tilts, the inside that described the 1st insertion section 46b inserts described the 3rd patchhole 42b.And described the 2nd insertion section 46c is inserted in the inside of described the 2nd patchhole 42a all the time.
The anti-shotpin 46 of aforesaid inclination optionally inserts described the 1st patchhole 30a and the 3rd patchhole 42b by described the 1st insertion section 46b inside, the 2nd insertion section 46c inserts in described the 2nd patchhole 42a, can make storage space door 40 run-off the straight selectively.Certainly, because described the 1st insertion section 46b has identical outward appearance and structure with the 2nd insertion section 46c, be inserted into described patchhole 30a, the mode of 42b can be opposite with above-mentioned mode.And the anti-shotpin 46 preferred ferrous materials that adopt of described inclination are made, and the weight that can bear described storage space door 40 is thus avoided its bending.
Below, the effect of the incline structure of door of refrigerator of the present invention is described in detail.
At first, assembling process of the present invention is as follows.Utilize screw that socket 32 is set in the inside of vertical component effect 30.Then, utilize screw that linkage part 44 is incorporated on the door gasket 40a, curtain-shaped cover member 42 is exposed to the outside and surrounds described linkage part 44 for fear of described linkage part 44, utilizes screw to be arranged on the described door gasket 40a.The main body of described tilt component 36 is by described vertical component effect 30, linkage part 44 and curtain-shaped cover member 42, and the head end portion of tilt component 36 is arranged on described linkage part 44 sides, and the rearward end of tilt component 36 is arranged on described vertical component effect 30.The head end portion of described tilt component 36 is fixedly installed on the support component that is supported in described linkage part 44 inside, and a side of head end portion is carried out pin with described linkage part and is connected.
Scheme of installation when Fig. 5 represents to stop the run-off the straight of storage space door.Tilt to prevent that the 1st insertion section 46b and the 2nd insertion section 46c of shotpin 46 are inserted in respectively in described the 1st patchhole 30a and the 2nd patchhole 42a, storage space door 40 and depository dish retrain combination mutually thus.And, after vertical component effect 30 and curtain-shaped cover member 42 are close to, the described storage space of described storage space door 40 complete closed.
During article such as beverage in the user need take out door basket (not shown) and the storage space that is stored in storage space door 40 the insides, for power saving or for easy to operate, usually can not pull out storage space door 40 forward, but article such as beverage are taken out by the part of opening in the top of the storage space door 40 that tilts a little.
When storage space door 40 can tilt to use, user's pulling was arranged on the handle (not shown) of upper end, described storage space door 40 fronts, and storage space door 40 serves as that axle rotates according to curvilinear path with hinge portion 38.And along with the rotation of described storage space door 40, described tilt component 36 moves down with the state of the outer peripheral face of being close to roller.State when the described storage space door of expression tilts among Fig. 6.
When the storage space door did not need to tilt to open, the described clamping section 46a of user's grasping isolated the anti-shotpin 46 of described inclination from vertical component effect 30 and curtain-shaped cover member 42 usually.And the 1st insertion section 46b of the anti-shotpin 46 of isolated inclination and the inside that the 2nd insertion section 46c is inserted into the 3rd patchhole 42b and the 2nd patchhole 42a respectively make the preservation of anti-shotpin 46 convenient.
In the technical field under the present invention, technical staff of the same trade also can carry out other distortion, and still interest field of the present invention is as the criterion according to the claim scope of patent.
For example, in an embodiment, for convenient the 3rd patchhole 42b that preserves the anti-shotpin 46 of described inclination is arranged on the curtain-shaped cover member 42, but content of the present invention is not limited thereto.That is, described the 3rd patchhole 42b also can be arranged on the position of length that distance at a distance of described vertical component effect 30 equals clamping section 46a.
And, in an embodiment, the 2nd patchhole 42a and the 3rd patchhole 42b are arranged on the curtain-shaped cover member 42 that covers linkage part 44, but in not being equipped with other embodiment of curtain-shaped cover member 42, described the 2nd patchhole 42a and the 3rd patchhole 42b also can be arranged on the linkage part 44.Thus, insert the insertion section 42b of the anti-shotpin 46 of inclination of described the 2nd patchhole 42a and the 3rd patchhole 42b, 42c can not interfere mutually with the described linkage part 44 inner parts that are equipped with.
Claims (4)
1. the incline structure of door of refrigerator is characterized in that: comprise support frame, linkage part (44) and the anti-shotpin (46) that tilts; Described support frame is positioned at storage space, supports the vertical component effect (30) of depository dish holder part; Described linkage part (44) is arranged on the door gasket (40a) of storage space door (40), is the angle that the center rotates regulation relatively with respect to vertical component effect (30) with an end; Described inclination prevents that shotpin (46) has
The shape cross section, promptly, insertion section (the 46b that shotpin (46) is provided with clamping section (46a) and forms perpendicular to the extension of described clamping section direction of both ends is prevented in described inclination, 46c), one end optionally inserts described depository dish side, the other end inserts described storage space reveal, makes the optionally constraint mutually of described depository dish and storage space door (40).
2. the incline structure of door of refrigerator according to claim 1, it is characterized in that: on described vertical component effect (30) and linkage part (44), be formed with the 1st patchhole (30a) and the 2nd patchhole (42a) respectively, described inclination prevents that the both ends of shotpin (46) insert described the 1st patchhole (30a) and the 2nd patchhole (42a) respectively, stop the inclination of described storage space door by the mutual constraint of described depository dish and storage space door, each either side that inserts in the hole at described vertical component effect (30) and linkage part (44) is provided with the 3rd patchhole (42b), described the 3rd patchhole (42b) can hold that the anti-shotpin of described inclination inserts first patchhole (30a) thus an end the anti-shotpin (46) of described inclination is preserved.
3. the incline structure of door of refrigerator according to claim 1, it is characterized in that: the curtain-shaped cover member (42) that described linkage part (44) is installed on the described door gasket (40a) covers, on vertical component effect (30) and curtain-shaped cover member (42), be formed with the 1st patchhole (30a) and the 2nd patchhole (42a) respectively, described inclination prevents that the both ends of shotpin (46) insert respectively in described the 1st patchhole (30a) and the 2nd patchhole (42a), stop the inclination of described storage space door by the mutual constraint of described depository dish and storage space door (40), be formed with the 3rd patchhole (42b) at each either side that inserts in the hole that closes on described vertical component effect (30) and curtain-shaped cover member (42), described the 3rd patchhole (42b) can hold that the anti-shotpin of described inclination inserts first patchhole (30a) thus an end the anti-shotpin (46) of described inclination is preserved.
4. according to the incline structure of the described door of refrigerator of arbitrary claim in the claim 1 to 3, it is characterized in that: described inclination prevents that shotpin (46) comprising: clamping section (46a) and insertion section (46b, 46c); The grasping of shotpin can be realized tilting to prevent in described clamping section (46a), extend to vertical direction respectively at the two ends of described clamping section described insertion section (46b, 46c), is inserted in described vertical component effect (30) and linkage part (44) or curtain-shaped cover member (42) and goes up inserting in the hole of forming.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100565859A CN101231112B (en) | 2007-01-25 | 2007-01-25 | Incline structure of refrigerator door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100565859A CN101231112B (en) | 2007-01-25 | 2007-01-25 | Incline structure of refrigerator door |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101231112A CN101231112A (en) | 2008-07-30 |
| CN101231112B true CN101231112B (en) | 2011-07-06 |
Family
ID=39897777
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007100565859A Expired - Fee Related CN101231112B (en) | 2007-01-25 | 2007-01-25 | Incline structure of refrigerator door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101231112B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102267891B1 (en) | 2014-12-01 | 2021-06-23 | 삼성전자주식회사 | Refrigerator |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5291634A (en) * | 1992-03-26 | 1994-03-08 | Nuova Star S.R.L. | A hinge for the constraining of hatches or doors from a support structure |
| CN1646867A (en) * | 2002-04-03 | 2005-07-27 | Lg电子株式会社 | Door apparatus for drawer type refrigerator |
-
2007
- 2007-01-25 CN CN2007100565859A patent/CN101231112B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5291634A (en) * | 1992-03-26 | 1994-03-08 | Nuova Star S.R.L. | A hinge for the constraining of hatches or doors from a support structure |
| CN1646867A (en) * | 2002-04-03 | 2005-07-27 | Lg电子株式会社 | Door apparatus for drawer type refrigerator |
Non-Patent Citations (1)
| Title |
|---|
| JP特开平10-253247A 1998.09.25 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101231112A (en) | 2008-07-30 |
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