CN108131890A - The rotary object storage mechanism of refrigerator - Google Patents
The rotary object storage mechanism of refrigerator Download PDFInfo
- Publication number
- CN108131890A CN108131890A CN201611087934.9A CN201611087934A CN108131890A CN 108131890 A CN108131890 A CN 108131890A CN 201611087934 A CN201611087934 A CN 201611087934A CN 108131890 A CN108131890 A CN 108131890A
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- mentioned
- magazine
- installing component
- refrigerator
- storage mechanism
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D25/00—Charging, supporting, and discharging the articles to be cooled
- F25D25/02—Charging, supporting, and discharging the articles to be cooled by shelves
- F25D25/027—Rotatable shelves
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/02—Doors; Covers
- F25D23/04—Doors; Covers with special compartments, e.g. butter conditioners
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Refrigerator Housings (AREA)
- Warehouses Or Storage Devices (AREA)
Abstract
The present invention provides a kind of rotary object storage mechanism of refrigerator, for preserving article, has：Installing component is set to refrigerator inside；Magazine hangs on the bottom of above-mentioned installing component；Rotary unit, by being set to the rotary shaft of above-mentioned installing component and the side in above-mentioned magazine and being set to above-mentioned installing component and the card slot of the opposing party in above-mentioned magazine is formed, above-mentioned rotary shaft is inserted into from the opening of above-mentioned card slot and is rotated in a manner of engaging with above-mentioned card slot；And engaging unit, by being set to the holding section of above-mentioned installing component and the side in above-mentioned magazine and being set to above-mentioned installing component and the engaged part of the opposing party in above-mentioned magazine is formed, above-mentioned holding section is inserted into above-mentioned engaged part and is slided, as above-mentioned magazine is rotated around above-mentioned rotary shaft, above-mentioned holding section is slided along above-mentioned engaged part, thus makes above-mentioned magazine open or close.
Description
Technical field
The present invention relates to the rotary object storage mechanisms of the refrigerator being installed in the babinet of refrigerator.
Background technology
In the prior art, the door body storage rack (or shelf, bottle stand) of refrigerator including fixed, clamshell, on move down
Dynamic formula, rotary etc..
Fixed shelf is fixedly installed on the card slot of a liner, is generally used in existing refrigerator, the drawback is that putting
Frame is usually individual layer, and storage volume is small.
Clamshell shelf is renovated to pick and place article by being rotated up and down opening, increases sealing fresh-keeping effect and prevents food
Taint of odour, the drawback is that the article that height is less than shelf height can only be stored.
The formula shelf of moving up and down can adjust the position of shelf with upper and lower directions, more reasonably utilize height space.
Revolving shelf is usually nested structure, is made of inside and outside two layers and rotary shaft mounting portion, and outer layer is shelf seat
(or pallet) is fixedly installed on a liner card slot, and internal layer is Rotating rack, Unscrew shelf when taking out article, deposit
Rotary closing and enclosure space is formed during product, increase fresh-keeping effect.
However existing Rotating rack, the i.e. number of parts of pellet type Rotating rack are more, assembling is complicated.And the pellet type revolves
It is single shelf to turn shelf, and storage capacity is small.In addition, the pellet type Rotating rack can only store smallclothes or the smaller article of height.
Invention content
Therefore in view of above-mentioned condition, a kind of number of parts of present invention offer is few and assembles simple refrigerator with rotary storage
Object mechanism.
The rotary object storage mechanism of refrigerator of the present invention, for preserving article, has：Installing component is set in refrigerator
Portion；Magazine hangs on the bottom of above-mentioned installing component；Rotary unit, by being set to above-mentioned installing component and above-mentioned magazine
In the rotary shaft of a side and the card slot for the opposing party being set in above-mentioned installing component and above-mentioned magazine form, above-mentioned rotation
Axis is inserted into from the opening of above-mentioned card slot and is rotated in a manner of engaging with above-mentioned card slot；And engaging unit, it is above-mentioned by being set to
The holding section of installing component and the side in above-mentioned magazine and be set to above-mentioned installing component with it is another in above-mentioned magazine
The engaged part of side is formed, and above-mentioned holding section is inserted into above-mentioned engaged part and is slided, as above-mentioned magazine is around above-mentioned rotary shaft
Rotation, above-mentioned holding section are slided along above-mentioned engaged part, thus make above-mentioned magazine open or close.
As a result, by the rotary unit that is made of the rotary shaft and card slot that are respectively arranged at installing component and magazine, with
And the engaging unit that holding section and engaged part by being respectively arranged at installing component and magazine are formed, can make magazine with
The mode open or close rotated around rotary shaft, the number of parts of the rotary object storage mechanism of the refrigerator are less than previous pellet type
Rotating rack.Moreover, by the way that rotary shaft to be inserted into be caught in card slot from the opening of card slot, then magazine is made to be rotated around rotary shaft
Holding section is made to be caught in engaged part to specified position, can simply realize installation of the magazine towards installing component.
Furthermore, it is also possible to be formed as, above-mentioned rotary shaft is integrally formed at the bottom of above-mentioned installing component, above-mentioned card slot one
The side wall of above-mentioned magazine is set to, above-mentioned engaged part is integrally formed at the bottom of above-mentioned installing component, above-mentioned holding section one
Body is set to the side wall of above-mentioned magazine.
As a result, by the way that rotary shaft and engaged part are integrally formed at installing component, card slot and holding section are integrally formed
In magazine, can the rotary object storage mechanism of refrigerator only be realized by installing component and magazine both parts, therefore,
Number of parts is greatly decreased, and can reduce cost.
Furthermore, it is also possible to be formed as, it is the slot of L-shaped that above-mentioned engaged part, which is the section of circular shape, above-mentioned holding section
It is the protruding portion protruded from the side wall of above-mentioned magazine towards side.
Thereby, it is possible to which the protruding portion as holding section is made reliably to be caught in the L-shaped slot of engaged part, and opening or closing
When closing magazine, the smooth slip in engaged part that holding section can be made along circular shape, moreover, can be carried out to magazine can
The bearing leaned on.
Furthermore, it is also possible to be formed as, above-mentioned installing component is mounted in the top magazine in refrigerator doors.
The refrigerator is configured to bilevel magazine, upper magazine (above-mentioned top with rotary object storage mechanism as a result,
Magazine) it is traditional fixed magazine, hang a lower magazine (above-mentioned magazine) in lower floor.Its feature is, on
Magazine retains existing storage-way, can store relatively large article or higher-height article, lower magazine can revolve
Turn opening and closing, small article can be stored and make full use of storage space, and when lower magazine is closed, can utilize upper
The bottom of magazine is sealed lower magazine and promotes fresh-keeping.In addition, number of parts is few, so as to be greatly reduced into
This.
Furthermore, it is also possible to be formed as, the projected direction of above-mentioned protruding portion is opposite with the opening direction of above-mentioned card slot.
As a result, when being opened and closed in rotary manner after magazine is installed on installing component, along level side
To when exerting a force to magazine, can not make holding section from engaged part deviate from, can not also make rotary shaft from card slot deviate from, so as to
In the state of the normal use of family, magazine will not come off from installing component, it is ensured that safety.
Furthermore, it is also possible to be formed as, the end set in the front side of the above-mentioned slot as above-mentioned engaged part has stopper section.
As a result, magazine rotate and when reaching maximum open position, holding section abutted with stopper section and can not be further
Rotation, so as to prevent magazine from deviating from from installing component.
Furthermore, it is also possible to be formed as, it is provided in the bottom of above-mentioned installing component and is used to indicate above-mentioned magazine to above-mentioned
The position of installing component installation and the assembling index line from the position that above-mentioned installing component is dismantled.
It, can by rotating magazine to assembling index line as a result, when magazine is dismounted relative to installing component
It realizes reliable dismounting, improves the efficiency of dismounting.
Furthermore, it is also possible to be formed as, be provided in the front end of the bottom of above-mentioned installing component for limit be accommodated in it is above-mentioned
The flank of the height of the article of magazine.
As a result, article is positioned over open magazine and when being rotated towards closed position, when the article height is more than peace
When filling the flank set by the front end of the bottom of component, magazine can not be closed, so as to avoid the bottom of article and installing component
Other positions, such as engaged part collides and is damaged to.
Furthermore, it is also possible to be formed as, the bottom of above-mentioned installing component is provided with first fitting portion, in above-mentioned magazine
Side wall is provided with the first extension, when above-mentioned magazine rotates to maximum angle relative to above-mentioned installing component, above-mentioned first
Extension is chimeric with above-mentioned first fitting portion.
It is chimeric with first fitting portion by the first extension as a result, to ensure when magazine rotates to maximum angle and stores up
The intensity of magazine during the loading moment maximum of rack prevents from making magazine from installing component since the article of storage is overweight
It comes off.
Furthermore, it is also possible to be formed as, the bottom of above-mentioned installing component is provided with second fitting portion, in above-mentioned magazine
Side wall is provided with the second extension, when above-mentioned magazine rotates to closed position relative to above-mentioned installing component, above-mentioned second
Extension is engaged with above-mentioned second fitting portion.
Engaged as a result, by the second extension and second fitting portion, when can prevent the refrigerator from turning forward, opening and closing door body when,
Or there is magazine during vibration to be opened under dead weight.Simultaneously, it is ensured that the intensity of the magazine when magazine is in the close position,
It prevents from magazine being made to come off from installing component since the article of storage is overweight.
Furthermore, it is also possible to be formed as, egg rack is accommodated in above-mentioned magazine and above-mentioned top magazine.
Thus, it is possible to according to the storage situation of user, eggs are stored by egg rack in magazine and top magazine,
And egg rack can be taken out and store other articles.
Description of the drawings
Fig. 1 is the stereogram for showing that set object storage mechanism 2 on refrigerator door 1 is in the close position.
Fig. 2 is the stereogram for showing that set object storage mechanism 2 on refrigerator door 1 is in an open position.
Fig. 3 is the exploded perspective view for the structure for showing object storage mechanism 2.
Fig. 4 is the schematic diagram for representing state when protruding portion 222 engages with slot 212.
Fig. 5 is the figure for representing to be accommodated with the state of egg rack in object storage mechanism 2.
Specific embodiment
Below according to the attached drawing embodiment that the present invention will be described in detail.
Fig. 1 is the stereogram for showing that set object storage mechanism 2 on refrigerator door 1 is in the close position.Fig. 2 is to show
Set object storage mechanism 2 stereogram in an open position on refrigerator door 1.
As shown in Figure 1, object storage mechanism 2 is provided in the inner wall 1a sides of refrigerator door 1 (corresponds to the rotary storing of refrigerator
Mechanism), here, object storage mechanism 2 is configured to double-deck magazine, the upper magazine 21 (corresponding to installing component) including being located at upper strata
With the lower magazine 22 (corresponding to magazine) positioned at lower floor.In object storage mechanism 2 in the closure state, lower magazine 22 is hung
In the bottom of upper magazine 21, so as to form two storage spaces up and down.
As shown in Fig. 2, being provided with rotary unit 3 between upper magazine 21 and lower magazine 22, lower magazine 22 can
Axis l around rotary unit 3 rotates, so as to relative to upper 21 open or close of magazine.
In addition, upper magazine 21 is set to the inner wall 1a of refrigerator door 1 by modes such as insertions in a manner of it can dismantle.
Fig. 3 is the exploded perspective view for the structure for showing object storage mechanism 2.Fig. 4 is when representing that protruding portion 222 engages with slot 212
State schematic diagram.Upper magazine 21 and lower magazine 22 are formed by resin etc..
Upper magazine 21 is made of bottom surface 217 and 4 sides 218 erected from bottom surface 217, is formed as the length of upper opening
The box body of cube shape, as shown in figure 3, being respectively formed in a pair of of side where the short side of the upper magazine 21 of cuboid useful
In the department of assembly 219 installed towards refrigerator door 1, when mounted, by pair that a pair of department of assembly 219 is inserted into refrigerator door 1
That answers is inserted into portion (not shown) and can upper magazine 21 be fixably attached to refrigerator door 1.
In upper magazine 21, it will be referred to as above bottom surface 217 for placing the face of the bottom surface 217 of article, it is opposite
The face of side, i.e. bottom surface 217 are referred to as the outside of bottom surface 217 towards external face.
Columned boss is formed on the outside of bottom surface 217, which is configured to rotary shaft
211, in addition, on the outside of bottom surface 217, it is formed with extending with circular shape centered on the axle center of rotary shaft 211
Sliding groove 212 (correspond to engaged part), as shown in figure 4, the section of sliding groove 212 is formed as L-shaped shape.
Lower magazine 22 is made of bottom surface 227 and 4 sides 228 erected from bottom surface 227, is formed as the length of upper opening
The box body of cube shape.
As shown in figure 3, side 228 include in figure 3 substantially front and rear opposed a pair of of short sides 228a including short side, with
And substantially front and rear opposed a pair of of the long side surface 228b for including long side.In the end of the side of long side surface 228b, in figure 3 be by
The top of inboard end is formed with card slot 221 of the opening towards the inside of lower magazine 22, and card slot 221 is formed to
Rotary shaft 211 is made to be caught in from opening, and rotary shaft 211 is made to be rotated in the recess portion 221a of card slot 221.Moreover, by that will rotate
Axis 211 is caught in card slot 221, can support lower magazine 22 and it is made to hang on the lower section of magazine 21.
In the end of the side of another long side surface 228b, in figure 3 to be formed with by the top of inboard end
The protruding portion 222 (corresponding to holding section) protruded towards the inside of lower magazine 22, as shown in figure 4, protruding portion 222 is formed as,
When being rotated rotary shaft 211 is caught in card slot 221, protruding portion 222 is inserted into sliding groove 212 and along sliding groove 212
It slides.Moreover, when protruding portion 222 is inserted into sliding groove 212, as shown in figure 4, passing through protruding portion 222 and the card of sliding groove 212
It closes, lower magazine 22 can be supported and it is made to hang on the lower section of magazine 21.
By the way that rotary shaft 211 is caught in card slot 221 and protruding portion 222 is inserted into sliding groove 212, and lower storing can be made
Frame 22 is relative to upper 21 open or close of magazine.
Moreover, it in the end of the opening side of sliding groove 212, is in figure 3 integrally formed for end and the sliding groove 212 of front side
Have a catch 212a (correspond to stopper section), catch 212a when lower magazine 22 is opened relative to upper magazine 21 to maximum with
The end 222a of protruding portion 222 is abutted and is prevented protruding portion 222 from deviating from from sliding groove 212, and then prevents lower magazine 22 from upper
Magazine 21 comes off.
As shown in figure 3, linear portion 215 is formed on the outside of the bottom surface 217 of upper magazine 21 (corresponds to assembling instruction
Line), which is used to indicate the position of lower 22 upward magazine 21 of magazine installation and is dismantled from upper magazine 21
Position, concrete condition is with reference to the explanation of the installation to object storage mechanism 2 and method for dismounting as follows.
Moreover, as shown in figure 3, in the front end of the outside of the bottom surface 217 of upper magazine 21 and the integrated landform of upper magazine 21
Into there is flank 216, which extends along the front end of bottom surface 217, for limiting the height for the article for being accommodated in lower magazine 22
Degree.That is, in the state of lower magazine 22 opening, excessively high article is put into lower magazine 22 and closes lower magazine
When 22, which contradicts with flank 216, so as to prevent closure of the lower magazine 22 relative to upper magazine 21.
As shown in figure 3, fitting portion 214 is formed on the outside of the bottom surface 217 of upper magazine 21 (it is chimeric to correspond to first
Portion), which is formed in the fan section being made of the installation position of rotary shaft 211 and the installation position of sliding groove 212
In domain, moreover, being formed near the front end of bottom surface 217.In contrast, in the close card slot 221 and protruding portion of lower magazine 22
Extension 224 (corresponding to the first extension) is provided at the top of 222 short sides 228a, magazine 22 is relative to upper storage instantly
When rack 21 rotates to maximum angle, is opened to maximum, extension 224 is chimeric with fitting portion 214.
As shown in figure 3, fitting portion 213 is formed on the outside of the bottom surface 217 of upper magazine 21 (it is chimeric to correspond to second
Portion), in contrast, the opposite opposite side of short sides 228a in the side with being formed with extension 224 of lower magazine 22
Extension 223 (corresponding to the second extension) is formed at the top of short sides 228a, magazine 22 is relative to upper magazine instantly
21 when rotating to closed position, and extension 223 is engaged with fitting portion 213, and prevents lower magazine 22 relative to upper magazine 21
It rotates easily.The locking can realize by being set to the protrusion of extension 223 with being set to the recess portion of fitting portion 213,
But the locking mode is not limited to, can also be other locking modes.
As shown in figure 5, it in upper magazine 21 and descends in magazine 22 to be placed with matched egg rack 23, egg respectively
Frame 24 thus enables that magazine 21 and lower magazine 22 as the storing portion of storage eggs to use.
In the following, the installation of object storage mechanism 2 is illustrated with method for dismounting with reference to Fig. 3 etc..
When installing object storage mechanism 2, the rotary shaft 211 of upper magazine 21 is caught in the card slot 221 of lower magazine 22 first,
And enable magazine 21 and lower 22 relative rotation of magazine, then make lower magazine 22 relative to upper magazine 21 rotate to
Long side surface 228b set by card slot 221 reaches the position of threadiness portion 215 (consistent with linear portion 215), at this point, making lower magazine
22 protruding portion 222 is inserted into sliding groove 212 and forward slip from the end 212b of the rear side of sliding groove 212, finally installs this
Integral upper magazine 21 and lower magazine 22 are inserted into refrigerator door 1 by the department of assembly 219 for being set to upper magazine 21
It is corresponding to be inserted into portion (not shown), so as to complete the installation of object storage mechanism 2.
When dismantling object storage mechanism 2, first by integrally mounted upper magazine 21 and lower magazine 22 from refrigerator door 1
On remove, lower magazine 22 is then made to rotate up to the long side set by card slot 221 towards closing direction relative to upper magazine 21
Face 228b reaches the position in threadiness portion 215, makes the end 212b of rear side of the protruding portion 222 of lower magazine 22 from sliding groove 212
Abjection finally makes the rotary shaft 211 of magazine 21 deviate from from the recess portion 221a of the card slot 221 of lower magazine 22, thus will be upper
Magazine 21 detaches and completes the dismounting of object storage mechanism 2 with lower magazine 22.
In a state that object storage mechanism 2 is installed on refrigerator door 1, due to by lower magazine 22 relative to upper magazine
When 21 rotations are to closed position, the long side surface 228b of protruding portion 222 is provided with close to the inner wall 1a of refrigerator door 1, moreover, stretching out
Portion 223 is engaged with fitting portion 213, so as to which the inner wall 1a sides for preventing lower magazine 22 towards refrigerator door 1 further rotate, therefore,
Under normal operating condition, it can prevent the long side surface 228b set by card slot 221 from reaching the position in threadiness portion 215 and causing to dash forward
Go out portion 222 from sliding groove 212 to deviate from, so as to prevent lower magazine 22 from coming off from upper magazine 21.
Moreover, because the protruding portion 222 of two long side surface 228b is respectively arranged at card slot 221 towards lower magazine 22
Inside, i.e., the opening direction of the recess portion 221a of the projected direction of protruding portion 222 and card slot 221 is on the contrary, by lower magazine 22
Be installed in the normal use of magazine 21, when exerting a force in the horizontal direction to lower magazine 22, can not make protruding portion 222 from
Sliding groove 212 is deviate from, and also rotary shaft 211 can not be made to deviate from from card slot 221, thus in the state of user's normal use, lower storage
Rack 22 will not come off from upper magazine 21, it is ensured that safety.
In the above-described embodiment, protruding portion 222 and card slot 221 be towards the inside of lower magazine 22, but can also
It is protruding portion 222 with card slot 221 towards the outside of lower magazine 22, at this point, the projected direction of protruding portion 222 and card slot 221
Recess portion 221a opening direction also on the contrary, can prevent lower magazine 22 from coming off from upper magazine 21.
In the above-described embodiment, be formed as hanging on lower magazine 22 the double-deck magazine structure of upper magazine 21,
And the bilayer magazine structure is installed on refrigerator door, but the structure only with lower magazine 22 can also be formed as, and
Lower magazine 22 is hung on to the bottom of the installing component set in refrigerator inside, which can be shelf or setting
In frame of refrigerator inside etc..
Moreover, in the above-described embodiment, rotary shaft 211 is formed in the bottom surface 217 of upper magazine 21, in lower magazine
22 side is formed with card slot 221, but can also form card slot in the bottom surface 217 of upper magazine 21, and in lower magazine 22
Side formed rotary shaft.
Moreover, in the above-described embodiment, sliding groove 212 is formed in the bottom surface 217 of upper magazine 21, in lower magazine
22 side is formed with protruding portion 222, but can also form protruding portion in the bottom surface 217 of upper magazine 21, in lower magazine
22 side forms sliding groove, such as at this time it is contemplated that lower magazine 22 is formed as to overlook semicircle shape, and along arc-shaped
Side forms sliding groove.
In the following, it is illustrated for the refrigerator of the present invention with the effect of rotary object storage mechanism.
Pass through the rotation being made of the rotary shaft 211 and card slot 221 that are respectively arranged at upper magazine 21 and lower magazine 22
The engaging list that unit and sliding groove 212 and protruding portion 222 by being respectively arranged at upper magazine 21 and lower magazine 22 are formed
Member can make lower magazine 22 open or close, the rotary object storage mechanism of the refrigerator in a manner of being rotated around rotary shaft 211
Number of parts is less than previous pellet type Rotating rack.Moreover, by by rotary shaft 211 from the opening of card slot 221, i.e. recess portion
221a is inserted into and is caught in card slot 221, and lower magazine 22 is then made to rotate to the position indicated by linear portion 215 around rotary shaft 211
And protruding portion 222 is made to be caught in sliding groove 212, it can simply realize the installation of lower magazine 22 magazine 21 upward.
Moreover, the bottom 217 by the way that rotary shaft 211 and sliding groove 212 to be integrally formed to upper magazine 21, by card slot
221 and protruding portion 222 be integrally formed at side wall, the i.e. side of lower magazine 22, can only pass through upper magazine 21 and lower storing
22 both parts of frame realize the rotary object storage mechanism of refrigerator, and therefore, number of parts is greatly decreased, and can reduce cost.
Moreover, by the slot for being formed as overlooking circular shape and section is L-shaped by sliding groove 212, make protruding portion 222
From the side wall of lower magazine 22 towards side protrude, protruding portion 222 can be made reliably to be caught in sliding groove 212, and open or
When being closed lower magazine 22, protruding portion 222 can be made along the smooth slip of the sliding groove 212 of circular shape, moreover, can be under
Magazine 22 is reliably supported.
Moreover, refrigerator is configured to bilevel magazine with rotary object storage mechanism, by making upper magazine 21
Opening open can store relatively large article or higher-height article, and lower magazine 22 can be with Unscrew with being closed, energy
It stores small article and makes full use of storage space, and when lower magazine 22 is closed, the bottom of upper magazine 21 can be utilized
Portion, i.e. bottom surface 217 are sealed lower magazine 22 and promote fresh-keeping.In addition, number of parts is few, so as to be greatly reduced into
This.
Moreover, by the end set catch 212a in the front side of sliding groove 212, rotate and reached most in lower magazine 22
During big open position, protruding portion 222 is abutted with catch 212a and can not be further rotated, so as to prevent lower magazine 22 from upper storage
Rack 21 is deviate from.
Moreover, it is used to indicate lower 22 upward storing of magazine by being provided in the bottom of upper magazine 21, i.e. bottom surface 217
Frame 21 install position and from upper magazine 21 dismantle position linear portion 215, by lower magazine 22 relative to upper storage
When rack 21 dismounts, by rotating lower magazine 22 to linear portion 215, it can realize reliable dismounting, improving the effect of dismounting
Rate.
Moreover, it is accommodated in lower storing by being provided with to be used to limit in the front end of the bottom of upper magazine 21, i.e. bottom surface 217
The flank 216 of the height of the article of frame 22, when being rotated article is positioned over open lower magazine 22 towards closed position, when
When the article height is more than the flank 216 set by the front end of the bottom of upper magazine 21, lower magazine 22 can not be closed, so as to
Other positions of article and the bottom of upper magazine 21, such as sliding groove 212 is avoided to collide and be damaged to.
Moreover, by setting fitting portion 214 in the bottom of upper magazine 21, i.e. bottom surface 217, in the side of lower magazine 22
Wall, i.e. side 228 set extension 224, when magazine 22 rotates to maximum angle relative to upper magazine 21 instantly, extension
224 is chimeric with fitting portion 214, thus, it is ensured that magazine 22 rotates to maximum angle and the loading moment of lower magazine 22 instantly
The intensity of lower magazine 22 when maximum prevents from making lower magazine 22 de- from upper magazine 21 since the article of storage is overweight
It falls.
Moreover, by setting fitting portion 213 in the bottom of upper magazine 21, i.e. bottom surface 217, in the side of lower magazine 22
Wall, i.e. side 228 set extension 223, when magazine 22 rotates to closed position relative to upper magazine 21 instantly, extension
223 engage with fitting portion 213, when can prevent the refrigerator from turning forward as a result, opening and closing door body when or lower magazine when having a vibration
22 open under dead weight.Simultaneously, it is ensured that the intensity of the lower magazine 22 when magazine 22 is in the close position instantly, prevent due to
The article of storage is overweight and lower magazine 22 is made to come off from upper magazine 21.
Moreover, by storing egg rack 24, egg rack 23 respectively in lower magazine 22 and upper magazine 21, can according to
The storage situation at family stores eggs by egg rack 24, egg rack 23 in lower magazine 22 and upper magazine 21, and can incite somebody to action
Egg rack 24, egg rack 23 are taken out and store other articles.
In addition, in the above-described embodiment, sliding groove 212 is formed as section and is the slot of L-shaped, but can also be formed as
Section is other shapes of slot, as long as can be inserted into and slide for protruding portion 222.
In addition, in the above-described embodiment, catch 212a, threadiness portion 215 are formed in upper magazine 21, in upper storing
Fitting portion 213 and extension 223 and fitting portion 214 and extension 224 are respectively formed on frame 21 and lower magazine 22, still
Above-mentioned part can not also be formed in upper magazine 21 and lower magazine 22 or only form a part for above-mentioned part.
Although as described above, embodiments of the present invention are illustrated, which is to show as an example
Go out, it is not intended to which the range of invention is defined.The new embodiment can be implemented with various other ways,
Do not depart from can carry out in the range of the purport of invention it is various omit, displacement, change.The embodiment and its deformation are contained in hair
In bright range and purport, and be contained in the invention recorded in claims and the range that is equal with it in.
Claims (11)
1. a kind of rotary object storage mechanism of refrigerator, for preserving article, which is characterized in that have：
Installing component is set to refrigerator inside；
Magazine hangs on the bottom of above-mentioned installing component；
Rotary unit, by being set to the rotary shaft of above-mentioned installing component and the side in above-mentioned magazine and being set to above-mentioned installation
The card slot of the opposing party in component and above-mentioned magazine is formed, above-mentioned rotary shaft from the opening of above-mentioned card slot be inserted into and with it is above-mentioned
The mode of card slot engaging rotates；And
Engaging unit, by being set to the holding section of above-mentioned installing component and the side in above-mentioned magazine and being set to above-mentioned installation
Component and the engaged part of the opposing party in above-mentioned magazine are formed, and above-mentioned holding section is inserted into above-mentioned engaged part and is slided,
As above-mentioned magazine is rotated around above-mentioned rotary shaft, above-mentioned holding section is slided along above-mentioned engaged part, is thus made above-mentioned
Magazine open or close.
2. the rotary object storage mechanism of refrigerator as described in claim 1, which is characterized in that
Above-mentioned rotary shaft is integrally formed at the bottom of above-mentioned installing component, and above-mentioned card slot is integrally formed at the side of above-mentioned magazine
Wall,
Above-mentioned engaged part is integrally formed at the bottom of above-mentioned installing component, and above-mentioned holding section is integrally formed at above-mentioned magazine
Side wall.
3. the rotary object storage mechanism of refrigerator as claimed in claim 2, which is characterized in that
Above-mentioned engaged part is that the section of circular shape is the slot of L-shaped, and above-mentioned holding section is the side wall court from above-mentioned magazine
The protruding portion that side protrudes.
4. the rotary object storage mechanism of refrigerator according to any one of claims 1 to 3, which is characterized in that
Above-mentioned installing component is mounted in the top magazine in refrigerator doors.
5. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
The projected direction of above-mentioned protruding portion is opposite with the opening direction of above-mentioned card slot.
6. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
End set in the front side of the above-mentioned slot as above-mentioned engaged part has stopper section.
7. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
Be provided in the bottom of above-mentioned installing component be used to indicate position that above-mentioned magazine installed to above-mentioned installing component and
Assembling index line from the position that above-mentioned installing component is dismantled.
8. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
The rib of the height for the article that above-mentioned magazine is accommodated in for limitation is provided in the front end of the bottom of above-mentioned installing component
Portion.
9. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
The bottom of above-mentioned installing component is provided with first fitting portion, the side wall of above-mentioned magazine is provided with the first extension,
When above-mentioned magazine rotates to maximum angle relative to above-mentioned installing component, above-mentioned first extension and above-mentioned first embedding
Conjunction portion is fitted into.
10. the rotary object storage mechanism of refrigerator as claimed in claim 3, which is characterized in that
The bottom of above-mentioned installing component is provided with second fitting portion, the side wall of above-mentioned magazine is provided with the second extension,
When above-mentioned magazine rotates to closed position relative to above-mentioned installing component, above-mentioned second extension and above-mentioned second embedding
Conjunction portion engages.
11. the rotary object storage mechanism of refrigerator as claimed in claim 4, which is characterized in that
Egg rack is accommodated in above-mentioned magazine and above-mentioned top magazine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611087934.9A CN108131890B (en) | 2016-12-01 | 2016-12-01 | Rotary type storage mechanism for refrigerator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611087934.9A CN108131890B (en) | 2016-12-01 | 2016-12-01 | Rotary type storage mechanism for refrigerator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108131890A true CN108131890A (en) | 2018-06-08 |
| CN108131890B CN108131890B (en) | 2021-06-08 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611087934.9A Active CN108131890B (en) | 2016-12-01 | 2016-12-01 | Rotary type storage mechanism for refrigerator |
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| Country | Link |
|---|---|
| CN (1) | CN108131890B (en) |
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| Publication number | Publication date |
|---|---|
| CN108131890B (en) | 2021-06-08 |
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