CN102365517B

CN102365517B - Domestic refrigerator

Info

Publication number: CN102365517B
Application number: CN201080014255.3A
Authority: CN
Inventors: S·克内尔; C·鲁普
Original assignee: BSH Bosch und Siemens Hausgeraete GmbH
Current assignee: BSH Hausgeraete GmbH
Priority date: 2009-03-31
Filing date: 2010-03-04
Publication date: 2016-05-25
Anticipated expiration: 2030-03-04
Also published as: WO2010112293A3; WO2010112293A2; CN102365517A; US20120024006A1; EP2414756B1; DE102009002061A1; EP2414756A2; TR201808983T4

Abstract

The present invention relates to a kind of refrigerating plant, domestic refrigerator especially, it comprises cooling chamber and at least one shelf (8), wherein said shelf is positioned at the refrigerated item for storing at described cooling chamber (7) between the inwall (9,10) of described cooling chamber (7), it is characterized in that, described shelf (8) has the first smooth shelf surface section (15) and the second smooth shelf surface section (16), and wherein said the second smooth shelf surface section is vertically setovered with respect to described the first smooth shelf surface section (15).

Description

Domestic refrigerator

Technical field

The present invention relates to refrigerating plant, domestic refrigerator especially, described refrigerating plant comprises cooling chamberAnd at least one is for being stored in the shelf of the refrigerated item in cooling chamber, it is positioned at cooling chamberBetween inwall.

Background technology

This traditional domestic refrigerator is remembered in patent publication us DE202006014616U1Carry. The inner space of refrigerator, refrigerator-freezer etc. is configured to substantially refrigerated item and is stored in therein cabinIn bottom, chamber or storage shelf. But, if that fill and therefore heavy food containers for example will beIn refrigerator, place, the weight capacity of traditional bottom, cabin or storage shelf is not enough sometimes, this can cause bottom, cabin or storage shelf bending. In addition, because at the bottom of the cabin in refrigeratorThe mutual spacing of portion or storage shelf does not mate with the height of container, so the space of refrigerator insideCannot always advantageously be used. This problem is in the prior art by means of having upright median wallShelf solve, on the both sides of wherein said median wall, there is the carrier that at least one pair of level is adjacent,Described carrier is used as the supporting member of food containers.

Summary of the invention

The object of the present invention is to provide a kind of refrigeration dress with improved refrigerated item storage capacityPut.

This object realizes by means of the refrigerating plant with claim 1 feature.

In present specification, refrigerating plant will especially be understood to mean household refrigerating appliance,For example refrigerator, refrigerator-freezer or combined refrigerator refrigerator-freezer.

Refrigerating plant has cooling chamber and at least one shelf, described in wherein said shelf is positioned atRefrigerated item for storing in described cooling chamber between the inwall of cooling chamber. According to the present invention,Described shelf has the first smooth shelf surface section and the second smooth shelf surface section,Wherein said the second smooth shelf surface section is with respect to described the first smooth shelf surface districtSection is biasing vertically.

Described shelf has the first smooth shelf surface section and the second smooth shelf surface districtSection and wherein said the second smooth shelf surface section are with respect to described the first smooth shelfThe fact that surface segment is vertically setovered makes to have the container of different size can be very tightGather and be stored in refrigerating plant. Because it is smooth that shelf surface section is set to, so refrigerationProduct can store on the whole surface of the shelf above container. Therefore, shelf is formed for systemThe bottom, step cabin of the cooling chamber of device for cooling, it makes refrigerated item be returned group storage according to heightExist on below, bottom, cabin and bottom, cabin. This has made to utilize better in refrigerating plantStorage area, and therefore, more refrigerated item can be stored in refrigeration in coherent modeIn device. Single step shelf or multiple step shelf of self arranging can be settledIn refrigerating plant. A shelf or multiple step shelf can with the cooling chamber of refrigerating plantNon-step, i.e. completely smooth shelf or bottom combination. Step shelf can be fixed onOn keeper on the relative inner wall of the cooling chamber of refrigerating plant.

In other words, new bottom, cabin can be constructed to step shelf, thereby at oneIn bottom, cabin, position can produce two shelf regions at various height. This makes it possible toBy the storage of objects with differing heights on bottom, step cabin. Meanwhile, two sizes are notSame spacing is established with respect to the bottom, cabin of below. The spacing of below, bottom, step cabinAbsolute dimension can stem from the setting height on step cabin bottom. This makes to produce fourIndividual different setting height. This stores a large amount of of his or her refrigerated item for consumer providesFlexibility ratio. Bottom, step cabin can be made by single parts or by multiple parts, simultaneously canTo utilize frame structure and multiple plug-in memories region. In the situation of single-piece embodiment,Can utilize sheet material, extrusion molding part, bending or the injection molding working of plastics of bending. ?In the situation of multi-piece type embodiment, can also except previous materials, can also utilize by glassThe storage area of making.

Shelf according to the present invention provides in refrigerating plant puts system system, and this system is for disappearingExpense person is very easily. These goods that make to have differing heights can be as far as possible simply byStore. Particularly, produce space-saving chance flexibly, thus can be by different sizeContainer be stored in as far as possible compactly in refrigerating plant. In addition, can also be contained in baking box orThe Flat bottom container utilizing in steamer.

Flat bottom container is basin shape vessel, and it has the profile of substantially cuboidal, to store and transportDefeated food. Flat bottom container must meet Europe formulate international flat vessel standard,For example European standard EN631 or corresponding DIN DIN66075. Flat system is a kind ofSize system, its utilize for the standard size of the width of Flat bottom container, the degree of depth and height withProvide the systematization of multiple Flat bottom containers to return group, and therefore quilt in Food processing facility and kitchenAdopt, be full of food to efficiently store empty Flat bottom container and save space, storage or displayingOr the Flat bottom container of grain. Another object of standard is in the flat appearance of being manufactured by different manufacturersBetween device, obtain specific compatible. According to this standard, from thering are 325 millimeters of width and 530The basic size of the GN1/1 of mm depth starts, and derives different less container units, itsFor example, corresponding to the mark of the size of basic specification GN1/1 (2/3,1/2,1/3,1/4). CauseThis, width for the normal width of for example 325 millimeters, 162 millimeters or 108 millimeters by standardChange. The degree of depth is for for example 530 millimeters, 354 millimeters, 265 millimeters, 176 millimeters, 132 millisRice or the value of 88 millimeters are by standardization. 200 millimeters, 150 millimeters, 100 highly substantiallyMillimeter, 65 millimeters, 40 millimeters or 20 millimeters. Highly limit deep drawing mould size that basin describes device,It is the compression distance that basin describes device.

Between the first smooth shelf surface section and the second smooth shelf surface section, arrangeTransition zone can be set up in the mode of step. Transition zone is by the first smooth shelf tableFace section is connected to the second smooth shelf surface section. Together with transition zone, first andTwo smooth shelf surface sections form parts, and wherein said parts especially can be by integratedlyArrange. The shelf arranging is by this way the bottom, step cabin for refrigerating plant. ShouldBottom, step cabin for example can be made up of two gusset materials or injection molding working of plastics. UpwardsThe sidewall skirt section of pointing to can be at the lateral edges of rear wall in cooling chamber of step cabin bottomUpper setting, the interior rear wall of on the one hand Keep cool in described sidewall skirt section product leave cooling chamber and anotherPrevent from the one hand when refrigerated item is drawn out of in bottom, step cabin dropping backward.

Can adopt a sheet material, this sheet material what is called is bent twice, thereby produces different storagesRegion. For stable and in order to limit the adjustment degree of depth, additional kink can be applied to cabinEach back edge of bottom. Additional kink can be employed, but not definitely necessary.Bottom, step cabin can be placed on the rib in refrigerating plant. Described flank part can be simpleThe insertion depth of ground restriction Flat bottom container, thus guarantee the safe distance apart from for example evaporimeter. SeparatelyOutward, for cabin bottom and/or prevent the insertion depth limit of the unconscious device of withdrawing from bottom, cabinPosition device can be placed on flank part.

The edge of step can with the parallel sidewalls of cooling chamber extend. In other words, step orTransition zone can meet at right angles and bend with respect to the first and second smooth shelf surface sections.Transition zone can also be called as setting plane.

This setting plane of step therefore can with the parallel sidewalls of cooling chamber. This meansOne and the second smooth shelf surface section during by horizontal setting, the setting plane of step is along verticallyDirection is extended. Vertically align because erect plane or this of transition zone, so first and theThe full-size of the shelf area of two smooth shelf surface sections is obtained. This meansIn the top view of step cabin bottom, the first smooth shelf surface section is directly in abutting connection with secondSmooth shelf surface section.

In all embodiments, erect plane and can there is container for taking out, especially flatThe first keeper of end container. Container, especially Flat bottom container can also be placed in first smoothOn the surface at surface segment and the second smooth surface segment place. According to keeper of the present inventionMake container, especially Flat bottom container can be stored in the mode suspending first and second smoothShelf surface section below.

In all remodeling of the present invention, the first smooth shelf surface section can be with respect toTwo smooth vertically biasing one settings to heavens of shelf surface section, wherein said height and selection200, the value of 150,100,65,55,40,20 millimeters is correlated with or is equaled this value. Due to thisPlant the specification of adjusting, so such height tolerance especially allows the space joint of Flat bottom containerThe storage economizing. The arrangement of the vertical deflection of the first and second smooth shelf surface sections makesObtain two flat appearances that can store adjacent to each other differing heights below bottom, step cabinOn device or the wide Flat bottom container that is to extend the first and second smooth shelf surface section belowsSide is that another between the smooth shelf surface section of wide Pingdu container and higher location is lessFlat bottom container space is provided.

In this case, the second keeper, be particularly useful for Flat bottom container the second keeper canWith on the madial wall of cooling chamber, be arranged on respect to below plate or the height of cooling chamber bottomPlace, wherein said height be selected from the value of 200,150,100,65,55,40,20 millimetersMultiple and/or selected value sum relevant or equal described multiple or selected value sum. This makesThe Flat bottom container of differing heights can self be stored. Otherwise, alternatively,What if necessary, multiple short Flat bottom containers or high Flat bottom container can be at refrigerating plantsIn the same area, be stored.

Sustained height place arrange two relative keepers spacing can with the appearance that will keepDevice, especially the width of Flat bottom container is relevant. In this case, same, relative keeperCan be arranged to alternatively single wide Flat bottom container can be stored or arrange at sustained height placeTwo or three pairs of keepers can be set up, thereby make two or three narrower flat appearancesDevice can be adjacent to be stored at sustained height place.

The width of the storage area of bottom, step cabin can have identical size or differentSize. In retrofiting according to one embodiment of present invention, width dimensions can be selected to canWith below storage standards Flat bottom container (Gastronormcontainer) iff an appearanceDevice is stored in bottom below, step cabin, for the bottom, cabin of below uniformly betweenApart from being formed. Because volumetric standard has different width, so produce below bottom, cabinIn order to store the second plane of Flat bottom container. In this second plane, by adjusting and prop up simplyHold rib, can store a larger container or multiple little container. Be somebody's turn to do for shown in the drawingsIllustrative examples, small container is corresponding to 1/3 Flat bottom container, and bulk container is flat corresponding to 2/3End container. If this stocking system is by the situation for other refrigerating plant width, all rightUtilize other Flat bottom container size.

The spacing of two relative keepers that sustained height is arranged can have by gap width chiThe definite value of the very little sum of single value with being selected from 325,162,108 millimeters. Thereby, for example,A Flat bottom container or the Flat bottom container that two or three are narrower can be stored up at sustained height placeDeposit. On the one hand, thus gap width size can be arranged to have gap value a little and easily removeAnd easily insert ground and keep single wide Flat bottom container, or prevent on the other hand two adjacent narrowCollision between Flat bottom container.

In all embodiment of keeper, the first and/or second keeper can have fixing dressPut, to the first and/or second keeper is removably fixed on to the setting plane of shelf or coldBut on the inwall of chamber. Particularly, the second keeper can directly be connected to the cold of refrigerating plantBut the inwall of chamber or be indirectly connected to step cabin bottom or cool room via intermediate support bodyInwall. The first keeper and the second keeper and the 3rd keeper can both be by removably orFor good and all fixing.

The first and/or second keeper can have multiple for container, especially Flat bottom containerHold rib, wherein said supporting rib is in the mode with respect to the asymmetric vertical spacing of described fixtureArrange, and described fixture be arranged to can by described the first keeper and/or the second keeperOne of being fixed in the inwall of described cooling chamber or described setting plane in dismounting ground goes up in firstInstallation site and the second installation site, wherein said the second installation site is with respect to relative inwallOn flatly Rotate 180 ° of the first installation site.

The fact that each keeper has multiple supporting ribs makes to realize for differing heights positionMultiple receiving elements. But, the embodiment of each keeper mean single fixture be enough to byKeeper is for example fixed to the inwall of cooling chamber. If this has eliminated each supporting rib and must utilizeThe words that independent fixture is fixed are the demand of necessary multiple fixtures. Due to this non-Symmetrical embodiment, i.e. asymmetric spacing between each supporting rib on keeper, thus two notSame level altitude can utilize single fixture to realize. This has also eliminated as different fixingHighly manufacture or provide the demand of two dissimilar keepers. This has reduced the quantity of partsAnd manufacturing cost.

For all remodeling of keeper, at least one in smooth shelf surface section is passableHave the opening for fixing the 3rd keeper, wherein said the 3rd keeper is used for taking outContainer, Flat bottom container especially. Particularly, the 3rd keeper needn't be placed in and determine section or perpendicularNear vertical plane. Equally for can make the 3rd keeper away from transition zone or erect plane,First and/or the second smooth shelf surface section can have for fixing the 3rd keeperOpening. Opening is preferably placed at apart from transition zone or erects plane one distance. Can arrange multipleOpening, thus the 3rd keeper fixed alternatively in different positions.

In other words, additional available container can a side kept by container rib and opposite side by cabinChamber bottom portion rib keeps. For upper container plane, container bottom rib can be fixedly connected toRib on cabin bottom, for example sheet material crimp, as the support unit of bonding or welding orPerson is removably connected to bottom, cabin. In second container plane, consumer advantageously canTake out and reorientate cabin rib. Then this is to adopt a bulk container or multiple small containerPrerequisite. For fixing cabin bottom portion rib, in bottom, cabin, opening is set, thus limitDetermine the position of rib. Cabin bottom portion rib can be configured to setover and to be inserted into rotatably. ItFormed the area supported for the left or right side of Flat bottom container. In domestic refrigerator, supportingRib can be tightened, screw togather or be molded and shaped or be used as the appendix in container in containerPart. Described optional feature is configured on the left side of container and right side, to use. But,Can also adopt two special side members. Utilize this technical scheme, can be by the quantity of ribBe decreased to required minimum number.

In this embodiment, opening can also utilize multiple isolated grooves that extend in parallel to form,Thereby form the spacing of different in width for two relative keepers. In this case, the 3rdKeeper is inserted into or is latchable in groove.

Provide flexible storage differing heights according to step of the present invention cabin bottom for consumerRefrigerated item. In addition, consumer has does not waste storage area at refrigeration dress by suspendingPut the especially selection of Flat bottom container of interior simple storage. Stocking system according to the present invention providesIn refrigerating plant, store the selection of the Flat bottom container of multiple Flat bottom containers or different in width. By inciting somebody to actionThe rib that is connected to cabin bottom is reorientated, consumer can store a large Flat bottom container withBetween multiple little Flat bottom containers, select.

Different embodiments of the invention remodeling is also joined with reference to schematic refrigerating plant as shown in Figure 1Be illustrated according to the shelf shown in Fig. 2 to 9 and keeper and the container mentioned. Of the present inventionFurther feature and advantage can be learnt by the detailed description of these concrete illustrative examples.

Brief description of the drawings

Fig. 1 shows the perspective view of the domestic refrigerator with traditional shelf and basin or basket;

Fig. 2 shows according to the perspective view of bottom, step of the present invention cabin, wherein saidStepwise cabin bottom with the refrigerating plant of the similar family expenses object of Fig. 1 in installation site;

Fig. 3 shows bottom, step cabin and first, second, and third keeper thereof of Fig. 2;

Fig. 4 shows the front view of the bottom, step cabin of Fig. 2, and the door of refrigerator is opened, andAnd there is little and a large container;

Fig. 5 shows the front view of the bottom, step cabin of Fig. 2, and the door of refrigerator is opened, andAnd there are three little containers;

Fig. 6 shows the amplifier section of the perspective view of the bottom, step cabin of Fig. 2, and it hasThe container inserting and for the maintenance dress of the step cabin bottom on the inwall of refrigerating plantPut;

Fig. 7 shows according to the step cabin bottom of Fig. 2 and one first and one the 3rdThe perspective view looking over from below of keeper;

Fig. 8 show refrigerating plant on door stops the inwall of side, install second keepThe perspective view of part, wherein said the second keeper has multiple supporting ribs;

Fig. 9 shows the second maintenance that stops connecting in side at door on the inwall chamber of refrigerating plantThe perspective view of part, wherein said the second keeper has multiple supporting ribs, in respect to Fig. 8The installation site of Rotate 180 °.

Detailed description of the invention

The family of combined refrigerator refrigerator-freezer form in this case according to the refrigerating plant 1 of Fig. 1With electric refrigerator, described refrigerating plant 1 comprises the body 2 with internal container 3. Inner appearanceDevice 3 is divided into the refrigeration cabin 4 that is positioned at as shown in the figure top; The freezing cabin 5 of downside; AndThe food also referred to as 0 degree cabin of arranging between described refrigeration cabin 4 and described freezing cabin 5The fresh-keeping cabin 6 of product. Described refrigeration cabin 4 has the first cooling chamber 7a of refrigerating plant 1, instituteState the second cooling chamber 7b that food fresh keeping chamber 6 has refrigerating plant 1, and described freezing cabin5 have the 3rd cooling chamber 7c of refrigerating plant 1. Described the first cooling chamber 7a, described second coldBut chamber 7b and described the 3rd cooling chamber 7c are also referred to as cooling chamber 7 subsequently. Refrigeration cabin 4, coldFreeze each can being equipped with in cooling chamber 7a, 7b, the 7c in cabin 5 and food fresh keeping cabin 6According to shelf 8 of the present invention. After this shelf 8 also will be called as the bottom, cabin of refrigerating plant 1.Each cooling chamber 7a, 7b, 7c have left inside sidewall 9 and right inside sidewall 10. Left keeper11a extend into cooling chamber 7 from the plane at left inside sidewall 9 places. Right keeper 11b is from right insideThe plane at sidewall 10 places extend in cooling chamber 7. Keeper 11a, 11b can be partlyOr becoming section ground to form protuberance 12, platform stepwise shelf 8 of the present invention (Fig. 2) can beDescribed protuberance 12 upper supports. In each cooling chamber 7a, 7b, 7c, can arrange one orMultiple step shelves. Fig. 1 show the known smooth shelf 8a of refrigeration in cabin 4,8b, 8c, wherein said shelf can be alternatively and at random by according to of the present invention with reference to accompanying drawing 2To described in 7 and shown in platform stepwise shelf 8 replace. According to shelf 8 of the present invention therefore alsoCan in food fresh keeping cabin 6 or freezing cabin 5, arrange, and for example replace one or manyIndividual refrigerated item basket 13a, 13b, 13c, 13d, 13e, 13f. Domestic refrigerator 1 can be by means ofDoor 14 is closed in adiabatic mode. For this purpose, door 14 utilizes hinge arrangement 15 to be rotatedBe arranged on body 2. Can for different cooling chamber 7a, 7b, 7c arrange single door 14 orMultiple 14a, 14b.

Fig. 2 shows according to step shelf 8 of the present invention, its in cooling chamber 7a in a left sideInstallation site between madial wall 9 and right inside sidewall 10. Shelf 8 has the first smooth shelfSurface segment 15 and the second smooth shelf surface section 16 are wherein said second smoothShelf surface section and described the first smooth shelf surface section 15 vertically depart from. First is smoothShelf surface section 15 there is rectangular planar structure. In Fig. 2, described the first smooth puttingThe dextrad edge 17 of plate surface segment 15 is the transition zone 18 of step 19 in abutting connection with form. CrossCross that section 18 has rectangular planar structure and with respect to the first smooth shelf surface section 15Bent by right angle. Transition zone 18 prolongs straight down from the first smooth shelf surface section 15Stretch. The second smooth shelf surface section 16 is in abutting connection with the lower end 20 of transition zone 18. Second is flatSmooth shelf surface section 16 there is the structure of rectangular planar and with respect to transition zone 18 orStep 19 is bent by right angle. The second smooth shelf surface section 16 from transition zone 18 along rightThe direction of madial wall 10 is flatly extended. The second smooth shelf surface section 16 with transitionThe vertical biasing interval of section 18 or step 19 correspondences with the first smooth shelf surface section15 parallel interior extensions of plane. The edge 17 of transition zone 18 or the setting plane of step 1921 align abreast with sidewall, i.e. left inside sidewall 9 and right inside sidewall 10. Transition zone 18 orErect the first keeper 22 that plane 21 has the Flat bottom container 23a for taking out. First protectsGripping member 22 has fixture 24, for the first keeper 22 is removably fixed to settingPlane 21. Fixture 24 is formed by the rib 25 of the first keeper 22, its will be held orBe latchable in slit opening 29a, 29b.

The second smooth shelf surface section 16 has multiple openings for the 3rd keeper 2729a, to form the different width spacing of two relative keepers 22,27. Opening 29aBe set to groove 29b. Groove 29b extends with two rows, often comes the second smooth shelf surface sectionIn the plane at 16 places, align with grid distance abreast each other.

Fig. 3 shows according to step shelf according to the present invention 8 itself and the first keeper only22, the second keeper 28a, 28b and the 3rd keeper 27. Consider this, the left side in Fig. 2Two keeper 28a replace a left keeper 11a in Fig. 1. Consider this, the right side in Fig. 2The second keeper 28b replaces a right keeper 11b in Fig. 1. Shown in Fig. 3 the of left sideTwo keeper 28a have multiple supporting rib 30a, 30b, 30c. Three supporting rib 30a, 30b,30c vertically arranges to biasing with mutual height spacing as shown in the figure, wherein said height spacing with200, the value of 150,100,65,55,40,20 millimeters is correlated with or is equaled described value. Fig. 3Shown in the second keeper 28b on right side there is multiple supporting rib 31a, 31b, 31c. ThreeHold rib 31a, 31b (being covered by shelf 8), 31c vertically inclined to one side with mutual height spacing as shown in the figurePut and arrange, wherein said height spacing and 200,150,100,65,55,40,20 millisThe value of rice is correlated with or is equaled described value. Shown in the second keeper 28b in right side with respect to instituteShow the second keeper 28a in left side position Rotate 180 degree arrange.

Step cabin bottom 8 towards the inner side of internal container 3 rear wall 32 (Fig. 2)The upper sidewall skirt section 34a, the 34b that are directed upwards towards, the described sidewall skirt section of arranging of lateral edges 33a, 33bKeep cool on the one hand, and product leave inner side rear wall 32 (Fig. 2) and the opposing party of internal container 3Face prevents that refrigerated item from dropping to rear portion while being extracted in bottom, step cabin 8. Can adopt goldBelong to sheet material, that is to say, described sheet metal has been bent twice, thereby generation first is flatThe different storage area of smooth shelf surface section 15 and the second smooth shelf surface section 16Territory. The kink of installing on posterior edges 33a, the 33b of bottom, cabin 8 or sidewall skirt section 34a,34b is also for stable object and for limited inserting depth.

Flat bottom container 23a, 23b that Fig. 4 shows two containers 23 or different in width are stored inThe first example on bottom, cabin 8. The first smooth shelf surface section 15 and second is smoothShelf surface section 16 vertically arranges on biasing one size ground, wherein said size and 200,150,65, the value of 55,40,20 millimeters is correlated with or is equaled described value. This means the first smooth puttingPlate surface segment 15 is according to flat vessel standard EN 631 or corresponding DIN DIN66075Size difference and vertically biasing ground arrange, this is attributable to especially little clearance height size.Narrow Flat bottom container 23a shown on the supporting rib 30b of the second keeper 28a in left side and firstOn the rib 35 of keeper 22, install. The bottom 36 of Flat bottom container 23a is finally positioned at roughly secondThe At The Height of smooth shelf surface section 16. Below the bottom 36 of Flat bottom container 23a andThe height and position below of the second smooth shelf surface section 16 arranges wide Flat bottom container 23b. WideThe supporting rib 30c and the 3rd of the second keeper 28a of Flat bottom container 23b on the left of as shown in the figureOn keeper 27, install. Thereby wide Flat bottom container 23b is at the first smooth shelf surface section15 and second smooth shelf surface section 16 below and at transition zone 18 or erect planeExtend 21 belows.

Fig. 5 show there is three containers 23 of same widths or Flat bottom container 23c, 23d, 23eBe stored in the second example of different in width and height and position on cabin bottom 8. Flat bottom container 23cBelow the first smooth shelf surface section 15 but at the second smooth shelf surface section 16Height and position top arrange. For this purpose, Flat bottom container 23c is in left side the as shown in the figureOn the supporting rib 30b of two keeper 28a and the rib 35 of the first keeper 22, install. Flat appearanceDevice 23d is in the arranged just beneath of Flat bottom container 23c. For this purpose, Flat bottom container 23d asThe left side supporting rib 30c of the second keeper 28a and another rib of the 3rd keeper 27a shown in figureOn 36, install. Flat bottom container 23e is at the supporting rib 31a of right side the second keeper 28b as shown in the figureWith additional upper installation of the 3rd keeper 27b. This 3rd additional keeper 27b removablyBe fixed on the opening 26b place of the second smooth shelf surface section 16.

Fig. 6 shows according to step shelf 8 of the present invention and the first Flat bottom container 23a (figure2), the second keeper 28a shown in left side in the second Flat bottom container 23b (Fig. 2) and Fig. 2A part. In Fig. 3, step shelf 8 is saturating forward with the rear wall 32 from internal container 3Depending on mode be illustrated. Thereby, on posterior edges 33a, the 33b of bottom, cabin or shelf 8The kink or sidewall skirt section 34a, the 34b that install are illustrated in the past. Wide Flat bottom container 23b is at itThe edge 37b on upper groove edge with turnup, the edge of wherein said turnup laterally lies lowOn the supporting rib 30c of the second keeper 28a. Narrow Flat bottom container 23a is tool on groove edge thereonThe edge 37b that has additional turnup, laterally sits idly in the edge of wherein said additional turnupOn the supporting rib 30b of the second keeper 28a. Bottom, cabin or shelf 8 are at the second keeper 28aThe 3rd supporting rib 30a on sit idly. Above supporting rib 30c, the first stopper section 38 vertically toExtend Shangdi, prevents that Flat bottom container 23b from deeper inserting and therefore preventing Flat bottom container 23bThe rear wall 32 of edge 37b contact internal container 3 of turnup. The situation of same effect is being providedUnder, extend vertically between supporting rib 30b and supporting rib 30a the second stopper section 39, preventsFlat bottom container 23a deeper inserts and therefore prevents the edge 37a of the turnup of Flat bottom container 23aThe rear wall 32 of contact internal container 3.

Fig. 7 shows bottom, cabin or the upward view of shelf 8 own. The second smooth shelf tableFace section 16 has two row of openings 29a. Opening 29a for the 3rd keeper 27 is used to formFor the spacing (Fig. 2) of the different in width of two relative keepers 22,27. Opening 29aBe set to groove 29b. Groove 29b is in the plane at the second smooth shelf surface section 16 placesMode with two rows is extended, and wherein said two rows are right abreast each other with grid distanceJust. The first smooth shelf surface section 15 is connected to via transition zone 18 or step 19Two smooth shelf surface sections 16. Transition zone 18 or step 19 utilize rib 37 to supportOne keeper 22. The first keeper 22 and the second keeper 27 can both be inserted into opening 29aOr clamp in groove 29b and easily. Alternatively, the first keeper 22 and the 3rd keeper 27 are allCan be inserted in opening 29a or groove 29b and by independent component (not shown)Locked in place. In another remodeling, the first keeper 22 and the 3rd keeper 27 can bothFor good and all by bonding or be welded in opening 29a or groove 29b.

Fig. 8 shows a left side second that is positioned at the left internal side wall 9 in inner side that is connected to refrigerating plant 1Keeper 28a. Left the second keeper 28a is arranged to relative with door holder stopper side. Left second keepsPart 28a has supporting rib 30a, 30b, 30c. Left the second keeper 28a is by means of fixtureBe connected to refrigerating plant 1 be positioned at inner side left internal side wall 9.

Fig. 9 shows the right side second that is positioned at the right internal side wall 10 in inner side that is mounted to refrigerating plant 1Keeper 28b. Right the second keeper 28b is arranged in door holder stopper side. Right second keepsPart 28b has supporting rib 30a, 30b, 30c. Right the second keeper 28b and left the second keeper28a is uniformly set. But, right the second keeper 28b by means of fixture with respect to figureWhat the installation site of 8 Rotate 180s ° was connected to refrigerating plant 1 being positioned at the right internal side wall 10 in inner side.

Claims

1. a refrigerating plant, it comprises

Cooling chamber (7) and

At least one shelf (8), wherein said shelf be positioned at described cooling chamber (7) inwall (9,10) refrigerated item for storing in described cooling chamber (7) between, wherein, described shelf (8)Have

The first smooth shelf surface section (15) and

The second smooth shelf surface section (16), wherein said the second smooth shelf tableFace section is vertically setovered with respect to described the first smooth shelf surface section (15),In described the first smooth shelf surface section (15) and described the second smooth shelf surface districtThe transition part (18) of arranging between section (16) arranges in the mode of step (19), describedRank (19) have the setting arranging abreast with the inwall (9,10) of described cooling chamber (7)Plane (21), is characterized in that,

In described setting plane (21), be provided for the first guarantor of the container (23) that can take outGripping member (22), described the first keeper (22) has multiple supporting ribs, makes to realize for notMultiple receiving elements of co-altitude position,

In described the second smooth shelf surface section (16), arrange multiple openings (26a, 26b,29a, 29b), for fixing the 3rd keeper (27), to form two relative keepersThe different width spacing of (22,27,27a, 27b), described opening (26a, 26b, 29a,29b) formed by multiple isolated grooves (27) that extend in parallel, and described opening vertically toDownward-extension.

2. refrigerating plant according to claim 1, is characterized in that, multiple openings (26,29a, 29b) arrange at diverse location point place alternatively, to removably fix described maintenancePart (27,27a, 27b).

3. refrigerating plant according to claim 1, is characterized in that, described step (19)There is the edge (17) extending in parallel with the inwall (9,10) of described cooling chamber (7).

4. refrigerating plant according to claim 1 and 2, is characterized in that, described firstSmooth shelf surface section (15) is with respect to described the second smooth shelf surface section (16)Vertically biasing one arranges to heavens, wherein said height be selected from 200,150,100,65,55, the value of 40,20 millimeters is correlated with or is equaled described value.

5. refrigerating plant according to claim 4, is characterized in that, at described cooling chamber(7) inwall (9,10) is upper, the second keeper (28a, 28b) be arranged in one with respect toThe shelf of below of described cooling chamber (7) or the At The Height of bottom, described height be selected from 200,150, the multiple of the value of 100,65,55,40,20 millimeters and/or selected value sum relevant orEqual described multiple or selected value sum.

6. refrigerating plant according to claim 1, is characterized in that, at sustained height placeArrange two relative keepers (28a, 28b, 27a, 27b, 22) spacing with wantThe width of the container (23) keeping is relevant.

7. refrigerating plant according to claim 6, is characterized in that, at sustained height placeArrange two relative keepers (28a, 28b, 27a, 27b, 22) spacing value byGap width size is determined with selected value sum from 325,162,108 millimeters.

8. refrigerating plant according to claim 1, is characterized in that, described first keepsPart (22) has the first fixture (24), so that by removable described the first keeper (22)Unload the setting plane (21) that is fixed to described shelf (8).

9. refrigerating plant according to claim 5, is characterized in that, described second keepsPart (28a, 28b) has the second fixture (24), so as by described the second keeper (28a,28b) be removably fixed to the inwall (9,10) of described cooling chamber (7).

10. refrigerating plant according to claim 9, is characterized in that, described first protectsGripping member (22) and/or described the second keeper (28a, 28b) have multiple for described container(23) supporting rib (30a, 30b, 30c, 31a, 31b, 31c, 35,36), describedHold rib to arrange with respect to the mode of the asymmetric vertical spacing of described fixture (24), andDescribed fixture (24) is arranged to described the first keeper (22) and/or the second keeper(28a, 28b) is removably fixed to described cold with the first installation site and the second installation siteBut in the inwall of chamber (7) (9,10) or described setting plane (21), Qi ZhongsuoState the second installation site with respect to the first installation site on relative inwall (9,10) flatlyRotate 180 °.

11. refrigerating plants according to claim 1 and 2, is characterized in that, described canThe container taking out is Flat bottom container (23a, 23b, 23c, 23d, 23e).

12. refrigerating plants according to claim 1, is characterized in that, described taking-upContainer be Flat bottom container (23a, 23b, 23c, 23d, 23e).

13. refrigerating plants according to claim 5, is characterized in that, described second protectsGripping member (28a, 28b) is for of Flat bottom container (23a, 23b, 23c, 23d, 23e)Two keepers.

14. refrigerating plants according to claim 6, is characterized in that, described container isFlat bottom container (23a, 23b, 23c, 23d, 23e).

15. refrigerating plants according to claim 14, is characterized in that, described container isFlat bottom container (23a, 23b, 23c, 23d, 23e).