CN203810842U - Moveable rack structure for refrigerator - Google Patents

Abstract

The utility model relates to the field of refrigerator equipment, in particular to a moveable rack structure for a refrigerator. The moveable rack structure for the refrigerator comprises a fixed frame and a rack which are arranged on a refrigerator door, wherein the rack is hinged to the fixed frame; a hinge shaft is located in a position close to the lower side of the rack; a locking component is arranged on the fixed frame; a positioning component rotating following the rack is arranged on the rack; the positioning component is locked by the locking component; after the locking component is unlocked, the rack is outward deflected around the hinge shaft. According to the utility model, the moving distance in a longitudinal space is effectively reduced when an article is taken out of the rack, the arrangement for more longitudinally arrayed racks on the rear side of the refrigerator door is benefited, and the distance between the adjacent racks is extremely reduced, so that the use space of the refrigerator is further increased, the structure is simple, the refrigerated article can be conveniently taken and stored, the operation is easy, and the increasing of the use rate of the storage space in the refrigerator is benefited.

Description

A kind of refrigerator mobile shelving structure

Technical field

The utility model relates to refrigerator apparatus field, particularly a kind of refrigerator mobile shelving structure.

Background technology

The placing articles of installing in refrigerator doors on the market at present mostly be rectangle shelf or not turning beverage bottle rack.When canned, bottled drink or soy sauce are placed on rectangle shelf, because the shelf degree of depth is darker, need can put into or take out putting after article are upwards raised to the top edge that exceeds shelf, if when the spacing between adjacent two shelves can not meet this above-mentioned condition, article cannot be put into or take out.Will reduce the utilization rate in space in refrigerator doors if increase the spacing of adjacent two shelves in a longitudinal direction.

In addition, for the refrigerator with water dispenser on door, because the structure of water dispenser needs, refrigerator doors inner bag often needs to concave to ensure the thickness of door body foaming layer, and such door courage concave inward structure will certainly cause the minimizing of storage space on a body.In order to improve as much as possible space availability ratio on a body, it is very practical on door body, designing a kind of turnover Simple refrigerator door compartment.

Utility model content

In view of this, the utility model aims to provide a kind of refrigerator mobile shelving structure, and object is effectively to reduce the displacement of article on longitudinal space in the time that shelf takes out article, makes full use of the usage space of refrigerator.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of refrigerator mobile shelving structure, comprise the fixed mount and the shelf that are arranged in refrigerator doors, described shelf is hinged on fixed mount, jointed shaft is positioned at the position near shelf downside, on described fixed mount, be provided with locking piece, described shelf is provided with the keeper rotating with shelf, described keeper is locked by locking piece, after locking piece release described shelf around jointed shaft to extrinsic deflection, because jointed shaft is positioned at the position near shelf downside, when after locking piece release, cause the shelf can be around jointed shaft to extrinsic deflection, the storing article entrance that is shelf upside can be around the jointed shaft of downside towards the direction deflection away from refrigerator doors, therefore, after the storing article entrance of shelf top outwards overturns refrigerator doors, the convenient article that access need to refrigerate on shelf, solved to a certain extent due to the excessive height of chilled goods or longitudinally the spacing of adjacent shelves too small cause cannot be on shelf the trouble of accessing article, even if the degree of depth of shelf is darker, as long as upset shelf downwards, just can put into chilled goods toward the storing entrance of shelf easily, effectively reduce the displacement on longitudinal space in the time that shelf takes out article, in addition, compared with prior art, scheme of the present utility model can be at the shelf of the more longitudinal arrangements of refrigerator doors rear side setting, distance between adjacent shelves can be dwindled to greatest extent, therefore further increased the usage space of refrigerator, in the time not needing to overturn shelf, do not need to open shelf and from shelf when accessing article, shelf keeps the state of not deflection, and temporarily locked the keeper of shelf by the locking piece on fixed mount, in the time that needs are opened shelf, by the release of locking piece, after keeper acquisition release, just can realize the downward upset of shelf.Therefore, it is simple in structure that shelf overturns, and facilitates access, and easily operation, is conducive to improve the storage space utilization rate in refrigerator.

Preferably, described locking piece is elasticity latch fitting, the stiff end of elasticity latch fitting is connected in fixed mount, the free end of elasticity latch fitting is provided with snap fit, described snap fit is positioned at the zone of action of described keeper, described snap fit and the mutual clamping of described keeper, in the time not needing to overturn shelf, keeper described in the snap fit clamping of elasticity latch fitting, shelf is fixed and not outwards upset, when need on access shelf article time, by pulling out shelf, keeper outwards overturns around jointed shaft with shelf, and because the free-ended snap fit of elasticity latch fitting is positioned at the zone of action of keeper, when outwards moving, keeper will press snap fit, when keeper continues to be outwards pulled, snap fit will pressurized and is driven the free end of elasticity latch fitting to extrinsic deflection, when the free end deflection of elasticity latch fitting and drive snap fit to leave behind the zone of action of keeper, keeper obtains release, make shelf can continue outside upset, now because keeper has left snap fit, the free end reset resilience of elasticity latch fitting, snap fit comes back to original position, reenter the zone of action of keeper.In like manner, when shelf is toward back rotation, up rotate while getting back to the original position of refrigerator doors, keeper is followed to rotate and is also again pressed described snap fit, snap fit pressurized and drive the free end of elasticity latch fitting toward extrinsic deflection, now snap fit is opened and is allowed keeper to be rotated further, when shelf is got back to behind original position, keeper no longer presses snap fit, the free end of elasticity latch fitting drives snap fit reset resilience, be hooked in the zone of action of keeper clamping keeper again, to lock shelf and to stop shelf to extrinsic deflection.In addition, because locking piece is elasticity latch fitting, in the time that refrigerator doors is closed energetically or is opened, the shelf constraint that moment drives keeper to shake off snap fit due to inertia possibility, and then toward extrinsic deflection, This move feature can effectively prevent canned, bottled food is in the time of slant setting, place not at ordinary times, the risk that the article that may cause after switch refrigerator doors energetically drop, reason is to close energetically or open refrigerator doors in a flash, if shelf can not deflection, and canned, when bottled food excessive height, canned, bottled food top can outwards be escaped because inertia drives bottom, and the utility model is in the time that refrigerator doors is closed energetically or opened, shelf moment is to extrinsic deflection, the article placed side of shelf bottom side is in a longitudinal direction toward moving down, the article that are placed in shelf support moment whereabouts because bottom loses, below disequilibrium and obtain certain gravity, the gravity that article are subject to and outside inertia force have formed making a concerted effort under being tilted to, impel canned, bottled food is in an inclined direction near the shelf of described deflection, therefore effectively prevent canned, bottled food is in the time of slant setting, place not at ordinary times, the risk that the article that may cause after switch refrigerator doors energetically drop.

Preferably, described keeper is guide pillar, described elasticity latch fitting is snap ring, snap ring is the conventional snap lock structure of prior art, snap ring is imperfect ring, encircle limit and be provided with opening, it is bayonet socket, bayonet socket two ends are free end, be called again elastic arm, the afterbody of snap ring is fixed on described fixed mount, described snap fit is located at bayonet socket two the inners of snap ring, distance between snap fit is less than the size of guide pillar, therefore, in the time that guide pillar enters the bayonet socket of snap ring, guide pillar presses the snap fit of both sides, make two elastic arm pressurizeds of snap ring and open, permission locating dowel is passed through, the fit system of snap ring and guide pillar makes the structure of shelf and fixed mount more simple effectively.

Preferably, on described fixed mount, offer the arc-shaped guide rail that coordinates described keeper activity, by guide rail is set, can limit easily the scope of activities of guide pillar, be conducive to the deflection angle of shelf to limit, described locking piece is arranged on the inner of described arc-shaped guide rail, can limit in the time of the inner terminal position of guide pillar in arc-shaped guide rail, be subject to the locking of locking piece, be equally also conducive to the restriction to shelf inflection point.

Alternatively, the main body of described shelf is by cramp bar, connecting rod, and pin forms, described cramp bar and pin are connected on connecting rod, cramp bar is located at shelf bottom side, pin is located at the front side of shelf and is separated by a segment distance and forms article shallow storage space with cramp bar, cramp bar can form and support chilled goods in shelf bottom, pin can be within the scope of shelf storing at the front side of shelf restriction chilled goods, connecting rod is for connecting as one cramp bar and pin, and then construct the main body of shelf, in addition, use rhabodoid to manufacture shelf, can simplify the structure of shelf, and saving material, convenient and practical.

Preferably, described pin is provided with several utensil receiving openings, and the connection with wrapping of piece such as bottled, tinned drink or sauce can be put into described each utensil receiving opening, make article place more firmly.

Alternatively, described guide pillar is arranged on described connecting rod, and described jointed shaft is located on described connecting rod, and jointed shaft is positioned at the below of guide pillar.

Alternatively, described guide pillar is arranged on described connecting rod, described jointed shaft is located on described connecting rod, can make full use of the position of connecting axle, simplify the structure of shelf, described jointed shaft is positioned at the below of guide pillar, and guide pillar is rotated around jointed shaft, and the upside of having realized shelf rotates around the jointed shaft of downside.

Alternatively, described connecting rod is provided with guide rod, and one end of described guide rod is fixed on connecting rod, and described guide pillar is L shaped bar, and one end of described L shaped bar is fixed on connecting rod, and the other end is movably arranged in described arc-shaped guide rail, has further simplified the structure of shelf.

Alternatively, described connecting rod quantity is two, and point occupy the both sides of shelf, described fixed mount quantity is two, and the both sides of the described connecting rod of living apart, connecting rod has increased after jointed shaft and guide pillar, can connect separately in shelf both sides a fixed mount, after shelf both sides are restricted, be conducive to the stability of shelf work.

Compared with prior art, the beneficial effects of the utility model are: by shelf is hinged on fixed mount, and jointed shaft is positioned at the position near shelf downside, the storing article entrance of upside can be around the jointed shaft of downside towards the direction deflection away from refrigerator doors, therefore, the storing article entrance of shelf top refrigerator doors after extrinsic deflection, the convenient article that access need to refrigerate on shelf, solved to a certain extent due to the excessive height of chilled goods or longitudinally the spacing of adjacent shelves too small cause cannot be on shelf the trouble of accessing article, even if the degree of depth of shelf is darker, as long as upset shelf downwards, just can put into chilled goods toward the storing entrance of shelf easily, effectively reduce the displacement on longitudinal space in the time that shelf takes out article, compared with prior art, scheme of the present utility model can be at the shelf of the more longitudinal arrangements of refrigerator doors rear side setting, distance between adjacent shelves can be dwindled to greatest extent, therefore further increased the usage space of refrigerator, in addition, because described shelf is provided with the keeper rotating with shelf, described keeper is locked by locking piece, and after locking piece release, described shelf could be around jointed shaft to extrinsic deflection, therefore, in the time not needing to overturn shelf, do not need to open shelf and from shelf when accessing article, shelf keeps the state of not deflection, and temporarily lock shelf by locking piece on fixed mount, in the time that needs are opened shelf, by the release of locking piece, just can realize the downward upset of shelf.Therefore, shelf simple in structure, facilitates access, and easily operation, is conducive to improve the storage space utilization rate in refrigerator.

Brief description of the drawings

Fig. 1 is explosive view of the present utility model.

Fig. 2 is the structural representation of the utility model shelf.

Fig. 3 is the structural representation of the utility model fixed mount.

Fig. 4 is the schematic diagram that the utility model shelf is closed.

Fig. 5 is the schematic diagram that the utility model shelf is opened.

Fig. 6 is that the utility model is arranged on the structural representation in refrigerator doors.

Fig. 7 is the work schematic diagram that shelf is opened in refrigerator doors.

Detailed description of the invention

Below in conjunction with detailed description of the invention, the utility model is further described.Wherein, accompanying drawing is only for exemplary illustration, expression be only schematic diagram, but not pictorial diagram can not be interpreted as the restriction to this patent; For embodiment of the present utility model is described better, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product; For a person skilled in the art, in accompanying drawing some known features and explanation thereof may to omit be understandable.

The corresponding same or analogous parts of same or analogous label in the accompanying drawing of the utility model embodiment; In description of the present utility model, it will be appreciated that, if have term " on ", the orientation of the instruction such as D score, " left side ", " right side ", " vertically ", " level " or position relationship be for based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, construct and operation with specific orientation, therefore in accompanying drawing, describe the term of position relationship only for exemplary illustration, can not be interpreted as the restriction to this patent.

Embodiment mono-: as shown in Figure 1, a kind of refrigerator mobile shelving structure, comprise refrigerator doors 100, refrigerator doors 100 both sides are provided with fixed mount 2, between two fixed mounts 2, be provided with the shelf 1 of placing chilled goods, the main body of shelf 1 is by a cramp bar 11, two connecting rods 12, and two pins 13 form, connecting rod 12 lays respectively at shelf 1 both sides, cramp bar 11 is positioned at shelf 1 bottom side, and two ends are connected on connecting rod 12, two pins 13 are separated by a distance and be positioned at shelf 1 front side in a longitudinal direction, the two ends of pin 13 are connected on connecting rod 12, pin 13 is separated by a distance in the horizontal direction with cramp bar 11, to form the shallow storage space of article, pin 13 is wavy, and the recess of wave is towards refrigerator doors 100 inner sides.

As shown in Figure 2, pin 13 extends one section after bending backward, and is connected on connecting rod 12, and cramp bar 11 is upwards connected on connecting rod 12 after bending, in addition, on the connecting rod 12 of shelf 1 both sides, be equipped with L shaped bar 14, L shaped bar 14 one end are connected on connecting rod 12, and the other end is two outsides of dogleg section towards shelf 1, form guide pillar 15, on connecting rod 12, be also connected with respectively jointed shaft 16, jointed shaft 16 is all towards the outside of shelf 1, and jointed shaft 16 is positioned at the below of guide pillar 15.

As shown in Figure 3, the inner side of fixed mount 2 is provided with hinge hole 21, above hinge hole 21, offer arc-shaped guide rail 22, the rear end of arc-shaped guide rail 22 is provided with snap ring 23, snap ring 23 is one-body molded with fixed mount 2, the free end of 23 two elastic arms of snap ring is positioned at the both sides of arc-shaped guide rail 22, and free end the inner of snap ring 23 elastic arms is provided with snap fit 24, and snap fit 24 is positioned at arc-shaped guide rail 22.

As shown in Fig. 4 ~ 7, the jointed shaft 16 of shelf 1 both sides is arranged on respectively in the hinge hole 21 of fixed mount 2, the guide pillar 15 of shelf 1 is arranged in arc-shaped guide rail 22, and can be in the interior motion of arc-shaped guide rail 22, in the time that guide pillar 15 is positioned at the rear end of arc-shaped guide rail 22, the snap fit 24 that guide pillar 15 is subject to snap ring 23 two ends locks, now shelf 1 is closed in refrigerator doors 100, in the time that guide pillar 15 moves from the rear end forward end of arc-shaped guide rail 22, guide pillar 15 first compresses snap fit 24 and opens the elastic arm of snap ring 23, the elastic arm pressurized of snap ring 23 and leave arc-shaped guide rail 22 regions, guide pillar 15 can be continued to arc-shaped guide rail 22 front ends mobile, when guide pillar 15 is positioned at the front end of arc-shaped guide rail 22, shelf 1 is opened from refrigerator doors 100, the article of shelf 1 are placed entrance and are tilted to laterally, be convenient to put article into shelf 1.

Embodiment bis-: the structure of the present embodiment and embodiment mono-is similar, difference is, described arc-shaped guide rail rear end is provided with magnet, and the guide pillar of shelf is can be by the metal material of magnet adsorption, by magnet, the guide pillar of shelf is done temporary fixedly, replaced snap ring, coupler construction in embodiment mono-.

Embodiment tri-: the structure of the present embodiment and embodiment mono-is similar, difference is, the one-body molded flexible buckle in described arc-shaped guide rail rear end is done temporary fixedly to the guide pillar of shelf by Elastic buckle, replaced the Snap ring structure in embodiment mono-.

Embodiment tetra-: the structure of the present embodiment and embodiment mono-is similar, difference is, on fixed mount, do not establish arc-shaped guide rail, but in the forward part of fixed mount inner side, limited block is set, guide pillar during toward nose motion, can be subject to stopping of limited block, therefore, limited block can limit the deflection angle of shelf, has replaced the limit function of arc-shaped guide rail.

Obviously, above-described embodiment of the present utility model is only for the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description, here without also giving exhaustive to all embodiments.All any amendments of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in the protection domain of the utility model claim.

Claims (9)

1. a refrigerator mobile shelving structure, comprise the fixed mount (2) and the shelf 1 that are arranged in refrigerator doors (100), it is characterized in that, described shelf (1) is hinged on fixed mount (2), jointed shaft (16) is positioned at the position near shelf (1) downside, on described fixed mount (2), be provided with locking piece (200), described shelf (1) is provided with the keeper (150) rotating with shelf (1), described keeper (150) is subject to locking piece (200) locking, after locking piece (200) release described shelf (1) around jointed shaft (16) to extrinsic deflection.

2. refrigerator mobile shelving structure according to claim 1, it is characterized in that, described locking piece (200) is elasticity latch fitting (201), the stiff end of elasticity latch fitting (201) is connected in fixed mount (2), the free end of elasticity latch fitting (201) is provided with snap fit (24), described snap fit (24) is positioned at the zone of action of described keeper (150), described snap fit (24) and described keeper (150) clamping mutually.

3. refrigerator mobile shelving structure according to claim 2, it is characterized in that, described keeper (150) is guide pillar (15), described elasticity latch fitting (201) is snap ring (23), the afterbody of snap ring (23) is fixed on described fixed mount (2), described snap fit (24) is located at bayonet socket two the inners of snap ring (23), and the distance between snap fit (24) is less than the size of guide pillar (15).

4. refrigerator mobile shelving structure according to claim 3, it is characterized in that, the main body of described shelf (1) is by cramp bar (11), connecting rod (12), and pin (13) forms, described cramp bar (11) is connected on connecting rod (12) with pin (13), cramp bar (11) is located at shelf (1) bottom side, and pin (13) is located at the front side of shelf (1) and is separated by a segment distance and forms article shallow storage space with cramp bar (11).

5. refrigerator mobile shelving structure according to claim 4, is characterized in that, described pin (13) is provided with several utensil receiving openings.

6. refrigerator mobile shelving structure according to claim 4, it is characterized in that, described guide pillar (15) is arranged on described connecting rod (12), it is upper that described jointed shaft (16) is located at described connecting rod (12), and jointed shaft (16) is positioned at the below of guide pillar (15).

7. refrigerator mobile shelving structure according to claim 6, it is characterized in that, on described fixed mount (2), offer the arc-shaped guide rail (22) that coordinates described keeper (150) movable, described locking piece (200) is arranged on the inner of described arc-shaped guide rail (22).

8. refrigerator mobile shelving structure according to claim 7, it is characterized in that, described guide pillar (15) is L shaped bar, and it is upper that one end of described L shaped bar is fixed on connecting rod (12), and the other end is movably arranged in described arc-shaped guide rail (22).

9. refrigerator mobile shelving structure according to claim 4, it is characterized in that, described connecting rod (12) quantity is two, and point occupy the both sides of shelf (1), described fixed mount (2) quantity is two, and the both sides of described connecting rod (12) of living apart.