CN205505543U - Refrigerator with a door - Google Patents

Abstract

The utility model discloses a refrigerator has: a refrigerating chamber provided in the refrigerator main body; a storage chamber (23) formed at the lower part of the refrigerating chamber in a separated manner; a container (25) that is provided in the storage chamber (23) so as to be able to enter and exit; and a door (26) for opening and closing the storage chamber by the entrance and exit of the container (25). Either the door (26) or the container (25) is provided with an inclined part (28) that opens and closes the door (26) in accordance with the movement of the container (25). The inclined portion (28) has at least two inclined portions (28a, 28b) inclined in the moving direction of the container (25), and the inclined portions (28a, 28b) have mutually different inclination angles.

Description

Freezer

Technical field

This utility model relates to freezer.Particularly relate to the door opening and closing structures such as freezer room.

Background technology

Generally, home-use freezer includes cold room, vegetable compartment and refrigerating chamber etc..It addition, also There is following freezer: in cold room, be provided with the ice temperature fresh-keeping being cooled to than cold room low temperature (chilled) room (there is the room of the temperature field of low about 1 DEG C than cold room) or partial freeze (partial) room (there is the room of the microfreeze temperature field of about-3 DEG C) or can switch to theirs The freezer rooms such as the 3rd temperature field room.The container that can pass in and out, structure it is provided with at freezer room Become because of the turnover of container the door of opening and closing freezer room (for example, referring to patent documentation 1 (day This JP 2006-118825 publication)).

Figure 12 represents the freezer 100 that patent documentation 1 is recorded.Freezer 100 shown in Figure 12 The bottom of cold room 101 is provided with freezer room 102.The upper surface of freezer room 102 Covered by the shelf components also serving as the undermost shelf being positioned at cold room 101.

Freezer room 102 is being internally provided with telescopic container 104, before container 104 Side's opening edge part is provided with rake 105.It is configured to be passed in and out by container 104, rake 105 abut with the jut 107 at the back side being arranged at door 106, shutter door 106.

According to the door opening and closing structure of the freezer 100 that patent documentation 1 is recorded, only container 104 enters Going out just can be by door 106 opening and closing.Therefore, when container 104 passes in and out, it is not necessary to the most additionally use Hands shutter door 106, so ease for use is good.

But, the structure recorded according to patent documentation 1, there is following problem.That is, container The power that 104 turnover need is by being arranged at the shadow at the angle of inclination of the rake 105 of container 104 Ring.That is, in the case of the angle of inclination of subvertical state, when container 104 passes in and out In the power of effect, the component in the direction opening door 106 is little, so needing big power, and container 104 Pull-out feel heavy.

On the contrary, the angle of inclination at the rake 105 being arranged at container 104 is close to level In the case of low-angle dip angle, pushing container 104, when being accommodated in freezer room 102, by Obtained by the weight of door 106, the component in the direction of accommodating container 104 reduces, so pushing appearance Big power is needed during device 104.

Accordingly, it is considered to this point, the rake 105 of container 104 is set as having compromise inclination Angle.But, when container 104 pulls out, and in the case of any one when pushing storage, all Still feel heavy, it is desirable that ease for use further improves.

Particularly when container 104 pull-out starts, i.e. pull-out (action) initially needs on mechanics The power that moment is big, so also feeling heavy further plus the big power of this moment needs, tool There is the impression that ease for use is bad.

As a result of which it is, have the light-weighted trend of weight making door 106 as far as possible.But, as Lamella lucida etc. thin for thickness of slab is used for door 106 for lightweight by fruit, then cause quality to reduce.Separately Outward, the component of the door load that container 104 applies when being pushed into freezer room 102 causes The power pushing container 104 reduces, and has encouraged the storage pushing container 104 and receive further Deterioration.

Summary of the invention

This utility model is invented in view of this, it is provided that the turnover of a kind of container improves The freezer that ease for use is good.

Specifically, this utility model provides a kind of freezer, comprising: freezer main body； It is arranged at the cold room of freezer main body；At the storeroom that the bottom of cold room is separated to form；Can The container being arranged in storeroom to turnover；With the turnover because of container and the door of opening and closing, at door and Any one in container is provided with the rake of shutter door with the movement of container, and rake has There is at least two sloping portion that inclination angle is mutually different.

According to this utility model, it is possible to when the door opening and closing produced when being passed in and out by container or container move The power (component) provided is set as the size different according to the angle of rake.That is, energy Enough set the angle of the sloping portion of rake so as to the position of container when passing in and out with container Put or act on the size of the corresponding optimal component of power of container.

It addition, according to this utility model, the direction pushing container produced because of the load of door Component is set as bigger than the resistance to sliding of the movement of adjoint container.According to this structure, container exists When being pushed into storage, as long as sliding into, can automatically push storage in storeroom, it is possible to Improve ease for use.

Therefore, alleviating the power of pull-out container simultaneously, operating physical force when pushing container storage also can Enough alleviate, it is possible to increase substantially ease for use.

Accompanying drawing explanation

Fig. 1 is the front view of the freezer of embodiment of the present utility model.

Fig. 2 is the door of the freezer of embodiment of the present utility model freezer when being opened Front view.

Fig. 3 is the longitudinal section of the freezer of embodiment of the present utility model.

Fig. 4 is the solid of the freezer room of the freezer representing embodiment of the present utility model Figure.

Fig. 5 is that the master of the freezer room of the freezer representing embodiment of the present utility model regards Figure.

Fig. 6 is the sectional view of the freezer room of the freezer of embodiment of the present utility model.

Fig. 7 is the container quilt of the freezer room of the freezer at embodiment of the present utility model Pull-out middle time sectional view.

Fig. 8 is Fig. 6 of the freezer room of the freezer representing embodiment of the present utility model 8-8 sectional view.

Fig. 9 is the container of the freezer room of the freezer representing embodiment of the present utility model Axonometric chart with the major part of door.

Figure 10 is container and the door of the freezer room of the freezer of embodiment of the present utility model Exploded perspective view.

Figure 11 is the freezer room representing the freezer pulling out embodiment of the present utility model The explanatory diagram of the action of container.

Figure 12 is the sectional view of the freezer room part representing existing freezer.

Detailed description of the invention

Below, referring to the drawings embodiment of the present utility model is illustrated.It addition, this reality Do not limited by this embodiment with novel.

(embodiment)

Fig. 1～Figure 11 represents an example of embodiment of the present utility model.First, use Fig. 1～ The structure that freezer is overall is illustrated by Fig. 3.

In Fig. 1～Fig. 3, the freezer 50 of embodiment of the present utility model has front openings Freezer main body 1.Freezer main body 50 is as it is shown on figure 3, have and mainly employ steel plate Outer container 2, by the interior case 3 of the hard resin molding such as ABS be filled in outer container 2 and interior case 3 Between the foamed heat-insulating material 4 such as hard polyurethane foam.

Freezer main body 1 by demarcation strip 5,6,6a be divided into multiple storeroom.Freezer master The topmost of body 1 is configured with cold room 7, be configured with in the lower section of cold room 7 switching chamber 8a and The ice-making compartment 8b being set up in parallel with switching chamber 8a, and then thereunder it is configured with refrigerating chamber 9, enter And it is configured with vegetable compartment 10 at foot.The front openings portion of each storeroom by door 11a, 11b, 11c, 11d, 11e closing to be opened/closed.

The upper back region of freezer main body 1 is provided with Machine Room 14.In Machine Room 14 Inside it is accommodated with the kind of refrigeration cycle such as compressor 15 and the exsiccator (not shown) carrying out moisture removal High-pressure side component parts.

It addition, be provided with the cooling chamber 16 of generation cold air at the back side of freezer main body 1, make Supply circulation is carried out in cold room 7, refrigerating chamber 9 and vegetable compartment 10 etc. from the cold air of cooling chamber 16 Cold air path 17.

In cooling chamber 16, it is equipped with cooler 19, is configured with cooling on the top of cooler 19 Fan 20.Cooling fan 20 makes the cold air cooled down by cooler 19 via cold air path 17 Each room is cooled down in forced circulation such as cold room 7, refrigerating chamber 9 and vegetable compartment 10.

Such as, food materials are cooled to usual 1 DEG C～5 DEG C of the temperature of the degree not freezed by cold room 7, Vegetable compartment 10 is cooled to the temperature equal or slightly higher with cold room 72 DEG C～7 DEG C.It addition, in order to Freezen protective, refrigerating chamber 9 is generally cooled to the cryogenic temperature territory of-22 DEG C～-15 DEG C, according to circumstances, In order to improve freezen protective state, such as, can also be cooled to the low temperature of-30 DEG C or-25 DEG C.

Mounting food materials it are provided with from the cold air of cooling chamber 16 in the cold room 7 by cooling down Multiple shelves 21.It addition, be provided with illuminator (not shown), enabling 11a in sidewall front portion Time light, irradiate in cold room 7.

It addition, in cold room 7, be formed with freezer room 23 in its underpart.Cryopreservation Room 23 is such as set as allowing hand over the ice temperature fresh-keeping room or cold for the temperature field being cooled to about 1 DEG C But to the freezer room of partial freeze room of the microfreeze temperature field of about-3 DEG C.It addition, low temperature storage Hiding room 23 can also be to switch to ice temperature fresh-keeping room or partial freeze room, and to be only used for ice The mode special designs of any one in temperature fresh-keeping chamber and partial freeze room.

Freezer room 23, as shown in Fig. 4～Fig. 6, is also served as by its upper surface and is positioned at cold preservation The shelf components 24 of the undermost shelf of room 7 and by the water supply chamber 22 (reference with side Spaced apart space bar 22a Fig. 2) is separated to form.It is being internally provided with telescopic container 25, during the front of container 25 is by by pull-out container 25 with the leading section of shelf components 24 being The door 26 of heart rotating opening is closed.

Hereinafter, the opening and closing structure of Fig. 7～Figure 12 opposite house 26 is used to illustrate.

First, container 25, as shown in Fig. 4～Fig. 6 and Fig. 9 and Figure 10, has above and front The shape of the substantially box of upper opening (as long as the shape of freezer room 23 can be accommodated in, Just it is not limited to box).Leading section is formed with handle 25a, and two side outer surface is zonally provided with For making the guide plate 27 of door 26 opening and closing.

It is formed with the rake 28 for making door 26 on-off action at guide plate 27.Rake 28 It is made up of two sloping portions 28a, 28b in the present embodiment, two sloping portion 28a, 28b is connected by horizontal plate portion 28c.The inclination angle of two sloping portions 28a, 28b is set in Mutually different angle.

In the present embodiment, as it is shown in fig. 7, in two sloping portions 28a, 28b, be positioned at The inclination angle of the sloping portion 28a of container front side is set as being slightly proximal to the mitigation in level Angle (the angle being slightly tilted towards the back side of freezer main body 1 with horizontal direction from vertical direction Degree), the inclination angle of the sloping portion 28b being located behind is set as the sloping portion 28a than front Tilt the angle of mitigation closer to level.

On the other hand, because container 25 passes in and out, the door 26 of opening and closing is as shown in Figure 9 and Figure 10, tool The doorframe 29 being made up of the ABS etc. of substantially quadrilateral shape (comprising quadrilateral shape) is had to embed The structure of the lamella lucida 30 being made up of acrylic resin etc. is installed.Door 26 is arranged at doorframe The hook-shaped pivotal bearing part 31 of two upper lateral parts of 29 and the front end pivot suspension of shelf components 24 And be set to rotate freely.

Door 26 is provided with in the both sides of doorframe 29 and is arranged at the guide plate 27 of container 25 The protrusion tab portion 32 that sloping portion 28a, 28b abut.In protrusion tab portion 32, with container 25 Two sloping portions 28a, 28b be correspondingly formed jut 33 (33a-1,33a-2,33b). Abut with the sloping portion 28a of the front side of container 25 with jut 33a-1,33a-2, another The mode that individual jut 33b abuts with the sloping portion 28b of the rear side of container 25 is constituted.

It addition, in the present embodiment, the jut 33 abutted with sloping portion 28a arranges two Individual (jut 33a-1,33a-2) but it also may be one, it is also possible to be more than three.

It addition, as shown in Figure 10, container 25 is provided with track 34 in two side portion.Container 25 By being mounted with the first guide member 35 of track 34 on the wall of freezer room 23 and setting The second guide member 36 being placed in the space bar 22a that supply tank arranges room 22 can be propped up with passing in and out Hold.

Front ends at the first guide member 35 and the second guide member 36 sets up separately and is equipped with supporting Roller (roller) 37a of container 25, and the rearward end loading of the track 34 at container 25 Slide mass 37b by the good resin formation of the slidings such as DURACON (polyacetal resin).

It addition, the rearward end at the first guide member 35 and the second guide member 36 is formed more Rearward go the lowest tapered lead-in 38 (with reference to Fig. 6).

It addition, freezer room 23 is formed in the heat-barrier material 39 constituting shelf components 24 Cold duct portion 40, the cold air path 17 from freezer main body 1 back side is via cold duct portion 40 cool-air feeds, to be cooled to set point of temperature.

It addition, in freezer room 23, the lower surface in shelf components 24 is formed with recess, It is provided with the illuminator being made up of LED etc..By the shelf components 24 so constituted, even if Light from the illuminator in cold room 7 does not arrive, it is also possible to exposure cage 25 is internal, Internal visual raising.

For freezer 50 as constructed as above, below, its action effect is described.

First, the freezer room 23 of freezer 50 is via the cold air being arranged at shelf components 24 Pipe section 40 supplies the cold air supplied from the cold air path 17 of freezer main body 1, to specify temperature The food materials such as the meat of the container 25 that degree cooling preservation is accommodated in freezer room 23 and fish.Such as, In the case of freezer room 23 is set in ice temperature fresh-keeping room, cooling preservation at about 1 DEG C, In the case of being set in partial freeze room, cooling preservation is the microfreeze temperature of about-3 DEG C.

When the food materials such as meat and fish turnover freezer room 23, the handle 25a of holding container 25, Container 25 is made to pass in and out.

Now, the door 26 of the front openings of closedown freezer room 23 is with the turnover of container 25 And opening and closing.

Hereinafter, for the opening and closing of door 26, Figure 11 is used to describe in detail.

First, when taking out cooling preservation food materials in freezer room 23, handle 25a is gripped Pull-out container 25.According to this structure, as shown in Figure 11 (a) and (b), it is arranged at container The sloping portion 28a of the front side of the guide plate 27 of 25 sides and the protrusion tab being arranged at door 26 Jut 33a-1 in jut 33a-1,33a-2 of the downside in portion 32 abuts, and then, inclines Tiltedly part 28a abuts with jut 33a-2 from jut 33a-1, makes door 26 upwards to rotation.

When container 25 is drawn out, as shown in Figure 11 (c), with sloping portion 28a and projection The abutting of portion 33a-2 disengages substantially simultaneously, the sloping portion 28b of container 25 rear side and setting Abut in the jut 33b of the upside in the protrusion tab portion 32 of door 26, as shown in Figure 11 (d), Sloping portion 28b makes door 26 upwards to rotation via jut 33b.

It addition, when container 25 continues pull-out, door 26 such as Figure 11 (e) and (f) institute finally Show, cross the sloping portion of rear side that jut 33b is arranged at the guide plate 27 of container 25 28b, slides into horizontal plate portion, rear 28d, and container 25 becomes full-gear, in this condition by Supporting.User can take out container 25 from the front openings part of container 25 in this condition Internal food materials.

Below, illustrate to receive the situation of new food materials in freezer room 23.

As it has been described above, after pull-out container 25, from the front opening part of container 25 by meat and fish etc. Food materials put into container 25, grip handle 25a and slide into container 25.According to this structure, Shown in jut 33b such as Figure 11 (e) of door 26, from horizontal plate portion, the rear 28d of container 25 Moving to the sloping portion 28b of rear side, the load of door 26 is applied to incline via jut 33b Tiltedly part 28b, by this component, container 25 is pushed in freezer room 23.

Container 25 is pushed in freezer room 23, jut 33b such as Figure 11 of door 26 Shown in (c), leave from the sloping portion 28b of the rear side of container 25, and reach rear water Plain film portion 28d substantially simultaneously, jut 33a-2 in jut 33a-1,33a-2 of the downside of door 26 Abut with the sloping portion 28a in container 25 front.According to this structure, the load of door 26 is executed Being added to the sloping portion 28a in container 25 front, by this component, container 25 is further because of door The load of 26 is pushed in freezer room 23, and finally, container 25 is pushed fully into low In warm compartment 23, closed the front openings of freezer room 23 by door 26.

Here, in the present embodiment, the related inclination of operating physical force when passing in and out with container 25 Portion 28 is made up of, it is possible to alleviate appearance two sloping portions 28a, 28b that inclination angle is different Device 25 passes in and out both operating physical forces.

That is, the sloping portion 28a of the initial action being drawn out at container 25, its angle of inclination sets It is set to than subvertical angle as the rake 105 of above-mentioned existing freezer 100 slightly The angle of inclination relaxed, is i.e. set as and more levels off to level compared with vertical angle Angle of inclination, so door 26 upwards reduces to the component of rotating opening, container 25 can be gently Power effect under be drawn out.Therefore, though the power that when needing container 25 pull-out to start, moment is big, Container 25 also is able to pull out under the power effect lighter than prior art.

It addition, the inclination angle of sloping portion 28a is more slow than close to vertical angle because being set as The angle of inclination of sum, when thus can also prevent the container 25 being drawn out from decontroling hands, container 25 Oneself is this situation in returning freezer room 23 fiercely, improves ease for use.That is, tilting In the case of the inclination angle of part 28a is steep, (inclination angle of sloping portion 28a is closer to vertically Situation), the component in the direction pushing container 25 is big.In the case of Gai, by by glass door etc. Parts with feeling of high class etc. are for door 26, during the weight penalty of door 26, and push-in door load Under the component of container 25 excessive, container 25 oneself returns in freezer room 23 fiercely, It is difficult to the turnover of food materials.But, according to present embodiment, by glass door etc. is had The parts of feeling of high class are for door 26 etc., though the weight penalty of door 26, it is also possible to prevent this Bad phenomenon.

It addition, the lamella lucida 30 closing the door 26 of freezer room 23 is formed by glass etc., i.e. Make in the case of the weight penalty of door 26, owing to the inclination angle of sloping portion 28a is set as tool There is the angle of inclination relaxed than the inclination angle of the rake 105 of above-mentioned existing freezer 100, It is possible to pull out container 25 with low force.Therefore, the lamella lucida 30 of door 26 can be by easy weight The parts of the depth and a luxurious touch such as the acrylic resin of the glass changed or thickness of slab thickness are formed, and make door 26 keep high Level sense, additionally it is possible to improve design and the quality of door 26.

On the other hand, time slack is crossed at the inclination angle of sloping portion 28a, i.e. gets too close to when level, When container 25 is drawn out, because the inclination of sloping portion 28a relaxes, so door 26 is opened slack-off, The opening in the front of container 25 is not easy as full-gear, when container 25 the most all pulls out, The turnover of food materials can not be carried out.But, the inclination angle of sloping portion 28a is by connecing having ratio It is bordering on the angle of inclination that vertical angle slightly relaxes, and there is a certain degree of angle of inclination (no Get too close to the angle of inclination in level) mode be set, door 26 opens suitably quickening, Even if container 25 the most all pulls out, it is also possible to carry out the turnover of food materials, it is possible to increase ease for use.

It addition, the sloping portion 28b in container 25 rear portion, its inclination angle is existing cold with above-mentioned (close to the vertical) angle of inclination of the rake 105 hiding storehouse 100 is compared, although be slightly to delay With, but it is set as that there is a certain degree of angle.Therefore, when accommodating container 25, door 26 The component effect in the direction to accommodating container 25 that brings of load.Therefore, accommodating container is pushed The action of 25 also is able to carry out under light power.

In present embodiment, dividing of the direction pushing container 25 produced because of the load of door 26 Power is set as bigger than the resistance to sliding of the movement of adjoint container 25.Therefore, container 25 is pushed into During storage, as long as sliding into, just can automatically be pushed into storage in freezer room 23, Ease for use can be improved.

It addition, as it has been described above, be used on door 26 in the lamella lucida 30 etc. that glass and thickness of slab are thick In the case of becoming weight, the component in the direction of the accommodating container 25 produced because of the load of door 26 is more Greatly, it is possible to receive in the most automatically container 25 being pushed into freezer room 23. Thus, design and quality raising with door 26 realize the power that the operation of container 25 needs simultaneously Alleviate, be effective.

It addition, in present embodiment, container 25 is supported by roller 37a and slide mass 37b, institute Diminish with the resistance of the movement with container 25, the load of the door 26 in the direction that container 25 is pushed into Component caused by lotus becomes big, correspondingly, it is possible to the most automatically pushes storage and holds Device 25.

Even if it addition, the supporting that roller 37a and slide mass 37b is carried out is only either of which The supporting of person, it is also possible to obtain above-mentioned effect.Therefore, it is that roller 37a and slide mass are set As long as both 37b the most only arrange any one and suitably select.

It addition, after container 25 pushes in freezer room 23, be arranged at the rearward end of track 34 Slide mass 37b be introduced in final position because of the inclination of tapered lead-in 38.Therefore, hold Device 25 is received to the inner portion of freezer room 23 by mobile more reliably.It addition, slide mass 37b By embedding tapered lead-in 38, container 25 stops being maintained at this position, also will not have preparatively Forwards moving, reliability is high.

It addition, be arranged at jut 33a-1,33a-2,33b of door 26 respectively with container 25 Sloping portion 28a, 28b are arranged in correspondence with.According to this structure, it is possible to be set as relative to respectively The most suitable angle of sloping portion 28a, 28b.It addition, according to this structure, it is possible to suppression makes One jut multiple sloping portion 28a, 28bs different from inclination angle abut and make container 25 The delicate bending etc. being easily generated in the case of movement, it is possible to the resistance to sliding of container 25 is formed Minimum resistance.Thus, the turnover of container 25 is not had on the way to feel the situation of weight, at container Container 25 can be made to be slidably moved into gently in the range of the interval universe of 25 pull-outs, and then can carry For the freezer 50 that ease for use is good.

Particularly, in present embodiment, container 25 pull-out abuts with sloping portion 28 when starting Jut 33a-1,33a-2 be divided into two settings.According to this structure, it is possible to clearly reduce Need the resistance to sliding during beginning of maximum power, it is possible to realize container 25 under lighter power Pull-out.

Above, use embodiment that freezer 50 of the present utility model is illustrated, but this Utility model is not limited to above-mentioned embodiment, is much less realizing the purpose of this utility model In the range of can carry out various change.

Such as, in above-mentioned embodiment of the present utility model, it is provided with the storeroom of door 26 At low temperature such as the ice temperature fresh-keeping room of cold air of the supply special cooling of this storeroom and partial freeze rooms The situation of storeroom is illustrated but it also may be the cool-air feed machine not having storeroom special The storeroom of structure, is e.g. arranged at cold room, maintains the temperature being substantially the same with cold room The storeroom of (comprising identical temperature).

It addition, exemplified with for make the rake 28 of door 26 opening and closing have two sloping portion 28a, The situation of 28b, but it is not limited to two, it is also possible to it is two or more.

It addition, according to the opening degree considering door 26 and the speed opened and container 25 The optimal condition of all conditions such as storage power (storage amount), the angle of sloping portion 28a, 28b Degree can also arbitrarily set.

It addition, jut 33 illustrates adds up to the situation arranging three, this has reduced portion and rake The reducing effect of the resistance to sliding divided but it also may be one.

It addition, in embodiment of the present utility model, arrange rake 28 exemplified with at container 25 Or the mode of jut 33 is set at door 26 but it also may it is that jut is set in container 25 side 33, the structure of rake 28 is set at door 26.

It addition, can also be container by the track 34 of container 25 and the supporting of guiding 35,36 The two side part of 25 or be only either one any portion of sidewall.As by two side portion The situation of the structure that branch holds, as illustrated at above-mentioned embodiment, even if at freezer room 23 In the case of there is the shape that cold room 7 width in addition to service tank arranges room 22 is the widest, hold The pull-out of device 25 and the on-off action of door 26 distort the most to the left and right, it is possible to formed and move smoothly Make, more effectively.

So, above-mentioned embodiment of the present utility model is considered as illustrating with all of aspect, Do not limit.That is, scope of the present utility model is not limited to above-mentioned explanation, it is intended that above comprise by Shown in right, the meaning impartial with right and in the range of whole Change.

As it has been described above, the freezer 50 of embodiment of the present utility model has freezer main body 1； It is arranged at the cold room 7 of freezer main body 1；At the storeroom that the bottom of cold room 7 is separated to form (freezer room 23)；The container 25 that can be arranged in storeroom with passing in and out；With because of container 25 Turnover and the door 26 of opening and closing.It is provided with container 25 in any one of door 26 or container 25 Movement and the rake 28 of shutter door 26, it is mutually different extremely that rake 28 has inclination angle Few plural sloping portion 28a, 28b.

According to this structure, the opening and closing being supplied to door 26 produced when container 25 passes in and out or appearance The component of the movement of device 25 can be set as the angle according to respective sloping portion 28a, 28b And different sizes.That is, container 25 produces when passing in and out the opening and closing being supplied to door 26 or container 25 mobile time component container 25 when passing in and out according to container 25 relative to freezer main body 1 The position of pull-out, it is possible to be set as the component of suitable size.Therefore, it is possible to make container 25 enter The motion going out both sides alleviates, it is possible to increase ease for use.

The freezer 50 of embodiment of the present utility model can also be following structure: at door 26 With the one in container 25, it is respectively arranged with and makes to be arranged at each inclination of container 25 or door 26 The jut 33 that part 28a, 28b are corresponding, make each jut 33 successively with each sloping portion 28a, 28b abuts and shutter door 26.

According to this structure, it is possible to by the abutting angle of sloping portion 28a, 28b Yu jut 33 Degree is set as the angle that the moving resistance with container 25 is minimum, it is possible to entering of suppression container 25 Go out and move the situation feeling heavy in midway, using the teaching of the invention it is possible to provide the more preferable freezer of ease for use.

In the freezer 50 of embodiment of the present utility model, it is also possible to for following structure: incline Tiltedly part 28a, each angle of inclination of 28b are set as such as lower angle: container 25 is pushed into storage Time, the component in the direction pushing accommodating container 25 produced because of the load of door 26 is than with holding The resistance to sliding of the movement of device 25 is big.

According to this structure, when container 25 is pushed into storage, as long as being pushed into lightly, with regard to energy The enough component produced by the load because of door 26 is automatically pushed in storeroom, it is possible to enter One step improves ease for use.

It addition, in the freezer 50 of embodiment of the present utility model, it is also possible at door 26 Upper use glass plate or the lamella lucida of thickness of slab thickness.According to this structure, the load of door 26 becomes big, The component in the direction of the accommodating container 25 produced because of the load of door 26 can be increased, it is possible to more Receive in reliably container 25 is automatically pushed storeroom.It addition, constitute the transparent of door 26 Plate 30 can use the degree of depth to have the parts of depth and a luxurious touch, it is possible to increases substantially the design of door 26 Property and quality.

In the freezer 50 of embodiment of the present utility model, container 25 can also be with can The structure that the mode of turnover is supported by roller 37a and slide mass 37b.

According to this structure, it is possible to resistance to sliding when container 25 turnover move is greatly lowered, The component the most automatically accommodating container 25 produced because of the load of door 26 can be utilized, it is possible to Improve ease for use further.

In embodiment of the present utility model, it is also possible to for following structure: container 25 is by guiding Parts 35,36 support, and guide member 35,36 end behind is provided with the most rearward to be gone more Low tapered lead-in 38.

According to this structure, when container 25 pushes in storeroom, because of inclining of tapered lead-in 38 Tiltedly it is introduced in final position, it is possible to reliably move to storeroom portion and be contained, and And stop being maintained at this position, also will not accidentally move to front.Can thereby, it is possible to provide Higher by property, that ease for use is good freezer 50.

As it has been described above, this utility model can improve the turnover of container, using the teaching of the invention it is possible to provide ease for use Good freezer.Therefore, home-use much less, it is also possible to be widely used in commercial affairs freezer With substantial amounts of purposes such as showcases.

Claims (6)

1. a freezer, it is characterised in that including:

Freezer main body；

It is arranged at the cold room of described freezer main body；

At the storeroom that the bottom of described cold room is separated to form；

The container in described storeroom can be arranged on passing in and out；With

The door of opening and closing because of the turnover of described container,

Any one in described door and described container is provided with the rake with door described in the movement of described container and opening and closing, and described rake has at least two sloping portion that inclination angle is mutually different.

2. freezer as claimed in claim 1, it is characterised in that:

Described sloping portion has the structure tilted towards the direction that described container is pushed in described storeroom, and, at described door, the one in described container being provided with the jut the most corresponding with described sloping portion, described jut abuts and door described in opening and closing with described sloping portion.

3. freezer as claimed in claim 1 or 2, it is characterised in that:

The respective described angle of inclination of described sloping portion is set as such as lower angle: as described in container be pushed into and be received into as described in storeroom time, the component in the direction pushing and receiving described container produced because of the load of described door is bigger than the resistance to sliding of the movement with described container.

4. freezer as claimed in claim 1 or 2, it is characterised in that:

Described door uses glass plate or the lamella lucida of thickness of slab thickness.

5. freezer as claimed in claim 1 or 2, it is characterised in that:

Described container is supported by roller or slide mass in the way of can passing in and out.

6. freezer as claimed in claim 1 or 2, it is characterised in that:

Described container is supported by guide member, and described guide member is provided with in rearward end and the most rearward goes the lowest tapered lead-in.