CN100549592C - Refrigerator - Google Patents

Abstract

The invention provides and a kind ofly freezingly reduce insulating thickness effectively with cooler, can correspondingly increase the refrigerator of the volume of the inboard storage space of refrigerator with cooler and refrigeration by disposing according to position freezing or refrigeration storage space or thermal wall.And provide a kind of and dispose refrigeration with cooler and freezingly wait and make compact conformation, and by setting the refrigerator that insulating thickness or channel space can correspondingly increase indoor storage space effectively with cooler or cooling fan, cold air path by the position of considering cold storage space or thermal wall.The refrigeration that this refrigerator is provided with respectively special cooling refrigeration storage space (11) and the space that keeps in cold storage (12) is with cooler and freezing with cooler (13,14) and fan (15,16) that cold air is circulated in each cooling space, it is characterized in that, make to be arranged at the above-mentioned freezing of storage space back with cooler and the refrigeration close overlappingly configuration of cooler at least a portion on fore-and-aft direction.

Description

Refrigerator

Technical field

The present invention relates to have keep in cold storage space and refrigeration storage space and be provided with the cooling cooler in these spaces and the refrigerator of circulating cold air fan.

Background technology

Its longitudinal section as shown in figure 17 of refrigerator in recent years is such, mostly be greatly maximum, the capacious refrigerating chambers 55 of usage frequency are configured in topmost, be arranged side by side the temperature exchange chamber that does not have expression among ice-making compartment 56 and the figure in its lower section, the vegetable compartment of accommodating greengrocery 58 of the refrigerating space identical with refrigerating chamber 55 is set in its underpart again, below, disposes refrigerating chamber 59.

And, refrigeration cooler 63 and fan 65 in the back side of refrigerating chamber 55 configuration cooling refrigeration space, with below the corresponding position, back of vegetable compartment 58 on set the freezing of reefer spaces such as cooling ice-making compartment 56 or refrigerating chamber 59 with cooler 64 and fan 66, the cold-producing medium that flows out from the compressor 82 that is arranged at the lower body part Machine Room alternately flows into above-mentioned refrigeration with cooler and freezing with cooler 63 and 64 by switching valve, with fan 65,66 cold air that is cooled to predetermined temperature respectively and generates is circulated in each storage space.

Because above-mentioned refrigeration is with cooler and freezingly be cooled to low temperature about-13 ℃ or-30 ℃ respectively with cooler 63,64, therefore must be positively heat insulation with atmosphere, in order to improve the efficient of accommodating volume of storeroom under the identical appearance, the vacuum insulation panel 70 of configuration patent documentation 1 disclosed predetermined thickness improves heat-proof quality in the thermal wall 54 that is formed by foamed heat-insulating materials such as urethane foams usually.

And above-mentioned refrigerating chamber 55 usefulness rotary type doors are closed front openings, and above-mentioned vegetable compartment 58 and ice-making compartment 56 or temperature exchange chamber, refrigerating chamber 59 usefulness drawing and pulling type doors and container and guide rail are forwards pulled out.

Because above-mentioned refrigeration is with cooler and freezingly be cooled to low temperature about-13 ℃ or-30 ℃ respectively with cooler 63,64, therefore must be positively heat insulation between each cooler and the refrigerator outside and the storeroom inboard, the result exist with inside and outside between the thickness of thermal wall increase, correspondingly reduced the problem of accommodating volume of the interior food of storeroom under the identical appearance.

And in order to improve the efficient of accommodating volume in the storeroom, usually in the thermal wall 54 that forms by foamed heat-insulating materials such as urethane foams, dispose the vacuum insulation panel 70 of the high predetermined thickness of heat-proof quality, increase by the thickness that reduces thermal wall and accommodate volume (with reference to patent documentation 1).

[patent documentation 1] TOHKEMY 2005-69448 communique

But, above-mentioned vacuum insulation panel 70 is compared price with foamed heat-insulating material very high, and as the refrigerator of above-mentioned prior art, will refrigerate with cooler 63 and freezing with cooler 64 under the situation at the back of the vegetable compartment 58 of the refrigerating chamber 55 that is configured in main body top under the state that separates up and down respectively and its underpart, in order to cover two coolers 63,64, at least set vacuum insulation panel 70 with must covering the whole back side, have the problem that size is big, manufacturing cost is high.And under the situation of separate configuration up and down, vacuum insulation panel is 2 parts, and price is expensive, increases the operation that numerous and diverse manufacturing is assembled, this point also with the above-mentioned the same cost that increases inevitably.

And because picture sets the lower freezing cooler 64 of using of temperature as shown in Figure 18 at the back of the high vegetable compartment 58 of above-mentioned design temperature, in order to make temperature not be subjected to the influence of the heat leak that big temperature difference between the two causes, the thick protecgulum of insulating thickness 68 is set in the indoor, add the thermal wall 54 of outside, therefore its insulating thickness thickening exists the shortcoming that has correspondingly reduced the storage volume in the refrigerator.

And, the price of not only comparing above-mentioned vacuum insulation panel 70 with expanded material is very high, and vacuum insulation panel only is set differs and address the above problem surely, especially in the refrigerating chamber 55 of the capacity of needs maximum, the whole rear surface that cooler 63 that indoor rear portion disposed and the shared gauge of heat-barrier material add upper channel is invalid volume, has still reduced the dischargeable capacity that can hold food widely.

And owing to set the lower freezing cooler 64 of using of temperature at the back of the high vegetable compartment 58 of design temperature, therefore in order to make temperature not be subjected to the influence of the heat leak that big temperature difference causes between the two, be necessary to be provided with the thicker heat-barrier material of thickness in the indoor, add the thermal wall 54 of outside, therefore its insulating thickness thickening exists the shortcoming that has correspondingly reduced the storage volume in the refrigerator.

Summary of the invention

The present invention is exactly In view of the foregoing, purpose is that a kind of refrigerator will be provided, it can correspondingly increase the volume of the inboard storage space of refrigerator by reducing insulating thickness with cooler and refrigeration effectively with cooler according to position configuration freezing or refrigeration storage space or thermal wall is freezing.

And, the present invention just In view of the foregoing, purpose is that a kind of refrigerator will be provided, its position configuration refrigeration by considering cold storage space or thermal wall is with cooler and freezingly wait and make compact conformation with cooler or cooling fan, cold air path, and by setting the volume that insulating thickness or channel space can correspondingly increase indoor storage space effectively.

In order to address the above problem, it is freezing with cooler and refrigerate with cooler and fan that cold air is circulated in each storage space that refrigerator of the present invention is provided with respectively keep in cold storage specially space and refrigeration storage space, it is characterized in that, make to be arranged at the above-mentioned freezing of storage space back with cooler and the refrigeration close overlappingly configuration of cooler at least a portion on fore-and-aft direction.

And, in order to address the above problem, refrigerator of the present invention is provided with respectively special cooling is divided into the refrigeration storage space of a plurality of separate chambers and the space that keeps in cold storage by thermal insulation areas refrigeration with cooler and freezing with cooler and fan that cold air is circulated in each storage space, it is characterized in that, with cooler and freezing with cooler, each fan and channel componentsization and set the back side that is divided into a plurality of storage sections up and down by the insulated room next door, above-mentioned refrigeration is with cooler and the above-mentioned freezing cooler neighbor configuration of using with above-mentioned refrigeration.

The effect of invention

If employing the present invention can reduce the thickness of the outer thermal insulation layer of storeroom inboard or main body, can correspondingly enlarge the volume of the inboard storage space of refrigerator.

And, if employing the present invention, can make the ancillary equipment compact conformation with cooler and refrigeration with cooler by close configuration is freezing, and can reduce total thickness of the thermal insulation layer in the storeroom inboard and the main body outside, can correspondingly enlarge the volume of refrigerator inboard storage space.

Description of drawings

Fig. 1 is the longitudinal section of the refrigerator of an expression example of the present invention.

Fig. 2 is the front view of the refrigerator of Fig. 1 or Fig. 8.

Fig. 3 is the skeleton diagram of freeze cycle of the refrigerator of presentation graphs 1 or Fig. 8.

Fig. 4 is the exploded perspective view of the modular construction of cooler in the presentation graphs 1 and fan.

Fig. 5 is the freezing cutaway view of using the relation of cooler and insulating thickness with cooler and refrigeration of presentation graphs 1.

Fig. 6 is other embodiment of the present invention and cutaway view Fig. 5 same section of expression.

Fig. 7 is expression other embodiment and cutaway view Fig. 5 same section more of the present invention.

Fig. 8 is the longitudinal section of the refrigerator of expression the 4th example of the present invention.

Fig. 9 is the cross-sectional view of the position relation of the cooler in the presentation graphs 8.

Figure 10 is the fan cross-sectional view partly on the top of Fig. 9.

Figure 11 is near the freezing longitudinal section of cooler of using among Figure 10.

Figure 12 is the longitudinal section that quencher moiety is used in the refrigeration among Figure 10.

Figure 13 is the exploded perspective view of the cooler component parts of Fig. 9.

Figure 14 is the exploded perspective view of expression cooling fan and passage component parts.

Figure 15 is a stereogram of seeing the construction package of Figure 14 from the inside.

Figure 16 is the front view that expression is assembled into the construction package of Figure 15 the state in the refrigerator.

Figure 17 is the longitudinal section of structure of the refrigerator of expression prior art.

Figure 18 is prior art constructions and cutaway view Fig. 5 same section of expression.

The specific embodiment

An example of the present invention is described below with reference to the accompanying drawings.In addition, identical inscape is added identical Reference numeral in all accompanying drawing.Fig. 1 is the longitudinal section of refrigerator, Fig. 2 is its front view, the inside of the formed refrigerator main body 1 of heat insulating box that will constitute with outer container 2 and interior case 3 and by the heat-barrier material 4 that is filled in the spatial portion between the outer container in these is as storage space, at topmost refrigerating chamber 5 is set, its below is arranged side by side ice-making compartment 6 and the temperature exchange chamber 7 that possesses automatic ice maker across insulated room next door 10, below them, dispose vegetable compartment 8, and below, dispose refrigerating chamber 9, configuration independently of one another.Also be provided with insulated room next door 10 between above-mentioned vegetable compartment 8 and the refrigerating chamber 9, the front openings of each storeroom is respectively arranged with special-purpose separately door, opens and closes and freely closes.

Be positioned at the main body central portion below the back of vegetable compartment 8, along the depth direction forward lap but about be equipped with staggering a little: the refrigeration of the refrigeration storage space 11 of refrigerated compartment 5 or vegetable compartment 8 is with cooler 13 and cool off the freezing with cooler 14 of above-mentioned ice-making compartment 6 or the spaces 12 that keep in cold storage such as temperature exchange chamber 7, refrigerating chamber 9.

Above-mentioned each storeroom is the space of being cooled off by freeze cycle 21 as shown in Figure 3, this freeze cycle 21 is, the compressor 22 of formation from be arranged on the Machine Room 20 that is formed at the lower body part back side, condenser 23, and as the three-way valve 24 of the switching device shifter of refrigerant flow path the be connected in series refrigeration of the 1st throttling arrangement 25 and high temperature side is got back to the loop of above-mentioned compressor 22 with cooler 13, and connected the freezing usefulness cooler 14 that the refrigeration circuit that constitutes from above-mentioned three-way valve 24 beginnings and cooler 13 by above-mentioned the 1st throttling arrangement 25 and high temperature side has been connected the 2nd throttling arrangement 26 and low temperature side mutually side by side successively, the freezing side loop of storage heater 27 and check-valves 28.

And, according to the detected temperature of temperature sensor that does not have expression among the figure that is provided with in refrigerating chamber 5 or the vegetable compartment 8 etc., alternately stream is switched to the refrigeration circuit that constitutes with cooler 13 by the 1st throttling arrangement 25 and refrigeration with above-mentioned three-way valve 24, or by the 2nd throttling arrangement 26 and freezing with cooler 14, storage heater 27, the freezing side loop that check-valves 28 constitutes comes the supply system cryogen to cool off running, and by being configured to above-mentioned refrigeration cooler 13 or freezing respectively with near the fan 15 the cooler 14, cooling is controlled in 16 rotation respectively, respectively with the refrigerating chamber 5 of high temperature side or the refrigeration storage space 11 of vegetable compartment 8, the temperature that is cooled to be scheduled to spaces 12 that keeps in cold storage such as the refrigerating chamber 9 of low temperature side or ice-making compartments 6.

Above-mentioned each cooler 13,14 is respectively keep in cold storage space and the special-purpose setting of refrigeration storage space, by make vapourizing temperature as far as possible near refrigeration with being about-13 ℃, freezing usefulness temperature for each corresponding storage space of about-30 ℃, keep the high efficiency of freeze cycle and the running of saving electric power.

Specifically shown in the stereogram of Fig. 4, the refrigeration of high temperature side is provided in vegetable compartment 8 one sides in the place ahead with cooler 13, the freezing of low temperature side is provided in a next side with cooler 14, these refrigerations with and freezing cooler 13,14 across by insulating lid 17 front and back and the row arrangement that form with moulding heat-barrier materials such as foamed styrenes, form cold air path independent of each other, the refrigeration in the place ahead covers with the relatively thinner protecgulum 18 of insulating thickness with the front of cooler 13, and one is formed chiller assembly 19.In addition, in refrigeration with cooler 13 and storeroom---for example under the minimum situation of the temperature difference between the vegetable compartment 8, above-mentioned protecgulum also can not be the lid integral body that is made of so-called insulator, and with the sealing plate formation of synthetic resin plate thickness.

And, being provided with the cold air that cooler is generated above each cooler 13,14 is blown in each storage space and makes the fan 15,16 of its circulation and horn mouth etc., they and above-mentioned chiller assembly 19 formed a side in the refrigerator of back side thermal wall that one set main body, its front EVA (ェ バ, ethene-vinyl acetate copolymer) lid 30 covers, cold air is provided for each storage space 11,12 by the running that utilizes freeze cycle like this from cooler, respectively the temperature that they are cooled to be scheduled to.

At this moment, be configured in the freezing refrigeration with cooler 14 and the place ahead at above-mentioned rear and will shunt up and down from the cold air that fan 16 is discharged, form the passing away of sending in top ice-making compartment 6 and temperature exchange chamber 7 and the following refrigerating chamber 9 31 with the insulating lid between the cooler 13 17.And, in a side (left side of Fig. 2) the formed space of the refrigeration that is arranged in the place ahead with cooler 13, formation from ice-making compartment 6 or temperature exchange chamber 7 to freezing with cooler 14 the return flow line or from the return flow line 32 of refrigerating chamber 9 beginnings or make and flow into cold air the vegetable compartment 8 downwards from refrigerating chamber 5 and get back to refrigeration with the return flow line 33 of cooler 13 etc., configuration fan 15 blows out passage 34 with the formed cold air in the back side of refrigerating chamber 5 and is connected above refrigerating with cooler 13.

And, give the refrigerating chamber 9 and the top of foot from freezing Quilt with air conditioning passing away 31 shuntings of discharging with cooler 14 by fan 16, a side who blows to the cold air of top flows into ice-making compartment 6 and promotes ice making, and the opposing party flows into temperature exchange chamber 7 by adjuster 35, indoor temperature cooling is controlled to predetermined design temperature, return refrigerator 14 once more via return flow line 32 at the cooled cold air of each indoor circulation.

Cold air passing away 34 above the Quilt with air conditioning fan 15 that produces in refrigerating with cooler 13 is discharged to, the staggered up and down cold air blow-off outlet 36 that wears is blown in the refrigerating chamber 5 from passage 34, accommodate thing in the cooling chamber, import in the vegetable compartment 8 via passage from the suction inlet of below, circulate with cooler 13 ground getting back to refrigeration after its cooling.

By adopting above structure, set summary longitudinal section partly as shown in Figure 5 as cooler, because the front portion refrigeration that has improved vapourizing temperature is with cooler 13 and the very little temperature difference of existence only between the indoor temperature of the vegetable compartment 8 of an indoor side, therefore can understand as comparing with Figure 18 of the prior art of same section, can be used in and prevent that dewfall or icing insulated room next door from being that the gauge of protecgulum 18 is obviously freezing thin with the insulating thickness between cooler and the vegetable compartment than prior art of insulating thickness A, be specially, the a of Figure 18 needs 70mm in the prior art, and insulating thickness A has 10mm just passable.

At this moment, though structure of the present invention owing to forward lap is provided with refrigeration with cooler and freezing with cooler 13,14 relation, needing new insulating lid 17 between 2 coolers is insulating thickness B (25mm), but reverse side be the back side of refrigerating chamber 5 do not need and prior art and refrigeration with the identical insulating thickness d (10mm) of above-mentioned insulating thickness a that is provided with between the cooler 63, therefore insulating thickness D is 0 substantially, and, the insulating thickness E surface element of refrigerating chamber 5 and atmosphere is not because exist refrigeration cooler 13 herein yet, so can reduce heat-proof quality, attenuate 10mm is 40mm.

And, though refrigeration with and the insulating thickness C of the freezing main body back side one side with refrigerator 13, the 14 backs condition during with prior art be all 70mm mutually, but total amount as above-mentioned reduction, compare the insulating thickness that to cut down about 55mm with prior art constructions, therefore under the state that keeps appearance and size, compare the refrigerator internal volume that can increase about 22L (liter) with the prior art of identical conditions.

The following describes other examples of the present invention.The cooler 13,14 that above-mentioned example is arranged side by side front and back is configured in the back of vegetable compartment 8, but as with same represent shown in Figure 6 of Fig. 5, this example is characterised in that the back that they is configured in refrigerating chamber 9, freezing with cooler 14 as the inboard of the refrigerating chamber of toe lateral across protecgulum 18 ' be provided with, set refrigeration with cooler 13 across insulating lid 17 again.

At this moment, what front and back were arranged side by side is freezing with cooler and refrigeration cooler 14, insulating lid 17 between 13 is that insulating thickness B ' is (25mm) same as the previously described embodiments, with the cooler of toe lateral as low freezing of vapourizing temperature with cooler 14, but because indoor corresponding with it is the refrigerating chamber 9 that is cooled to below-18 ℃, therefore the same with the foregoing description between the two exists smaller temperature difference, so cut off the protecgulum 18 of heat leak ' insulating thickness A ' can equally with the foregoing description be 10mm, compare obviously attenuation with cooler with insulating thickness a between the vegetable compartment with the freezing of prior art.

In this example, because the cooler of rear portion side is refrigeration cooler 13, with the temperature difference of atmospheric temperature than freezing little during with cooler, therefore can its insulating thickness of attenuate C ', compare with the foregoing description or prior art example and can reduce 20mm, be 50mm, can obtain heat-proof quality, total reduction is compared and can be reduced to greatest extent with prior art constructions shown in Figure 180, making insulating thickness is 75mm, compares with the prior art constructions of the same terms the refrigerator internal volume to be increased about 27L (liter).

And, as shown in Figure 7, even be configured in indoor front portion with cooler 14 with freezing, refrigeration is arranged side by side the freezing of back that is configured in vegetable compartment 8 with being configured in the rear portion to be used under the situation of cooler with cooler and refrigeration with cooler 13, because the freezing vapourizing temperature with cooler 14 that high vegetable compartment 8 is adjacent with setting room temperature is low, therefore need thickness 70mm same as the prior art as the protecgulum 18 in this a part of insulated room next door " insulating thickness A ", the insulating thickness B that is used for 2 insulation between the cooler " 25mm that needs are same as described above; but because after cooler is refrigeration cooler 13, therefore the insulating thickness C with atmosphere " also can be 50mm.

And, the same with the various embodiments described above, do not need the back side that is arranged on refrigerating chamber 55 of prior art and refrigerate the insulating thickness d (10mm) that uses between the cooler 63, the insulating thickness E at refrigerating chamber 5 back sides is not " because exist refrigeration can reduce heat-proof quality with cooler 13 herein; become 40mm by attenuate 10mm; generally speaking compared with prior art insulating thickness attenuate 15mm can be increased about 10L (liter) with the refrigerator internal volume yet.

If adopt the structure of the various embodiments described above, by being arranged side by side refrigeration before and after accordingly with cooler and freezing with cooler 13 with the storeroom back, 14, and be positioned at the cooler and the corresponding storeroom of toe lateral according to the little relation configuration of temperature difference, can make storeroom and refrigeration and freezing usefulness cooler separately is optimal insulated relation, can reduce the thickness of the outer thermal insulation layer of storeroom inboard or main body, correspondingly can increase the volume of storage space in the refrigerator, and can reduce area with the corresponding cooler of lower-upper length of main body thermal wall 4, under the situation that for example adopts vacuum insulation panel, also can make to set to be of a size of minimum, can reduce material cost and be provided with effectively.

And by becoming assembly with cooler and refrigeration with cooler 14,13 composition one with freezing, assembling operation or carrying become easily, can improve the efficient of manufacturing or service operation.And, by forming one as assembly to the adjuster 35 of each storeroom with the insulating lid parts that form the pipeline that forms by moulding heat-barrier materials such as foamed styrenes with fan 16,15 or control cold airflow with fan and refrigeration with freezing, again with this assembly and above-mentioned freezing with cooler and refrigeration chiller assembly 19 composition one, can integrated each configuration of components, obtain to save the effect in space.

In addition, though in above-mentioned example, refrigerating chamber 5 is configured in topmost, then and row arrangement ice-making compartment 6 and temperature exchange chamber 7, in its lower section dispose vegetable compartment 8, dispose the layout of each storeroom on configuration refrigerating chamber 9 ground, bottom, the present invention is not limited thereto.

The 4th example of the present invention is described below with reference to the accompanying drawings.Fig. 8 is the longitudinal section of refrigerator, and Fig. 2 is its front view.In the following description, for fear of repetition, omitted the part identical with the 1st example.

Since above-mentioned refrigerating chamber 5 accommodate the volume maximum, frequency of utilization is the highest, therefore the pin pivot that is provided with front openings portion both sides props up the door of left and right sides opposite opened, freely close peristome by rotating like this, be configured in following ice-making compartment except that refrigerating chamber 56 and temperature exchange chamber 7, vegetable compartment 8, refrigerating chamber 9 storerooms such as grade are because to accommodate the volumetric ratio refrigerating chamber little and because the height and position of its setting is convenient uses, therefore adopting by the track segment that is provided with on the indoor wall slides the container front and back that remain on the support frame that is fixed on the door, be pulled to outdoorly with the action of opening the door, the mode of the drawing and pulling type door of food is deposited or taken out to opening above container.

As shown in Figure 3, above-mentioned each storeroom is the same as with the 1st example freeze cycle 21 coolings.

In this example, as as between interior case 3 and outer container 2 quencher moiety of the pretreatment stage of foam filled heat-barrier material 4 cross-sectional view as shown in Figure 9, the refrigeration of high temperature side is configured to vegetable compartment 8 one sides of front with cooler 13, the freezing of low temperature side is configured to a next side with cooler 14, these refrigerate with cooler and freezing with cooler 13,14 across insulating lid 17 front and back and the row arrangement that form with moulding materials such as foamed styrenes, and the refrigeration of front is provided in from the front with cooler 13 and sees on the right side, back freezing is provided in the side of taking back with cooler 14 and staggers about like this and set.

And, as from than above-mentioned Fig. 9 by the last ice-making compartment 6 and the corresponding above-mentioned cooling fan 15 in the back side of temperature exchange chamber 7, the cross-sectional view of 16 parts, Figure 10 under the state of having filled foamed heat-insulating material 4, as freezing Figure 11 with near the longitudinal section the cooler 14, and as refrigeration with Figure 12 of the longitudinal section of cooler 13 parts can understand such, the refrigeration that is positioned at the place ahead with cooler 13 be configured in than the rear freezing with cooler 14 by under the position on, and use and freezing each cooler 13 with refrigeration, 14 top disposes fan 15 and fan 16 accordingly, generate and rising with cooler 14 by freezing, from the part of the cold gas of the freezing side that sucks later of fan 16 with the front for blowing out side, imported the ice-making compartment 6 and the temperature exchange chamber 7 in the place ahead respectively by adjuster 118, and remaining most of cold air controls to each indoor temperature cooling the temperature of setting from being blown out the refrigerating chamber 9 of passage 129 below being blown in the freezing freezing usefulness that forms previously with cooler 14 by above-mentioned insulating lid 17.

I return flow line 130 that forms in the insulated space of refrigeration with the left side of cooler 13 of cold air by the side setting that takes in ice-making compartment 6 and temperature exchange chamber 7 after the circulation and S return flow line 131 are imported into the freezing freezing suction inlet 132 of using below cooler 14, with the cold air interflow after the circulation in refrigerating chamber 9, get back to freezing with cooler 14.

The cooling of refrigerating space one side is carried out like this: the passage that will rearward extend with the top of cooler 13 from the refrigeration that is arranged at the right side is as the passage 133 of suction fan, cold air is blown out upward from fan 15, blow out the back side passage 135 interior also risings that passage 134 flows into the width formation at the whole back side of traversing refrigerating chamber 5 from refrigerating to use, be blown into blow-off outlet 136 from the refrigeration of the central authorities at top or the back side, back side periphery etc. indoor, with its temperature that is cooled to be scheduled to.

Quilt with air conditioning suction in refrigerating chamber 5 after the circulation forwards tilt to above-mentioned refrigeration and uses the suction passage 137 with the refrigeration that is provided with that blows out passage 134 anteriorly from indoor bottom, switch the V passage 138 that forms in the insulating lid 17 at 7 backs, chamber is imported in the vegetable compartment 8 by temperature, cold air after the circulation cooling vegetable compartment 8 is inhaled into the bottom of refrigeration with cooler 13 from the below of vegetable compartment, then circulation repeatedly.

By adopting above structure, because the cold air that comes out with cooler 13 from refrigeration blows to the top of the same side from the position on the width right side at the back side that set cooler, flow in the back side passage 135, flow in leading to the V passage 138 of above-mentioned refrigeration with the vegetable compartment 8 of the front portion formation of the suction portion of front portion that blows out passage 134 and fan 15 in the circulation back in refrigerating chamber 5, therefore the pressure loss is little, and because the cold air temperature of mutual circulation is close, therefore the thermal insulation layer thickness between can the attenuate adjacent passage becomes effective channel design.

And, refrigeration from said fans 15 to back side passage 135 with blow out passage 134 and refrigeration with suction passage 137 be arranged on integratedly form refrigerating chamber 5 and below ice-making compartment 6, the moulding heat-barrier material 139 of rear portion spaced walls the temperature switching chamber 7, by the pretreatment stage before foam filled urethane foam heat-barrier material moulding heat-barrier material 139 is inserted and is installed to the insulated room next door 10 from the back of interior case 3, not only can guarantee the interval in insulated room next door 10, and easy placed channel 134,137, can positively be fixed on the interior case 3.

By like this back side of vegetable compartment 8 forward lap but about with staggering configuration refrigeration with cooler 13 and freezing with cooler 14, not only reduced temperature effect to each big cooler both sides of vapourizing temperature difference as far as possible, and be arranged side by side above the cooler 13,14 and the corresponding cooling fan 15,16 of each cooler at each, it is opposite each other to make each fan blow out the direction of cold air, and fan 16 is forwards blown out.

Therefore, because the cold air that each cooler is generated flows through corresponding cooling fan 15,16 with good position relation, form freezing usefulness in fan 16 and freezing front and blow out passage 129 with cooler 14, set refrigeration with cooler 13 across insulating lid 17 ground, the thickness of heat-barrier material that therefore can the above-mentioned insulating lid 17 of attenuate.

And, in the refrigeration that is arranged at the front return flow line 130,131 from ice-making compartment 6 and temperature exchange chamber 7 is set in the thermal wall of the side of cooler 13, can prevent to be arranged on indoor obviously the reducing of storeroom internal volume that other places cause of waiting.

As the exploded perspective view of each component parts as shown in Figure 13, above-mentioned refrigeration is formed one with cooler 13 and freezing the freezing of front that covers freezing usefulness cooler 14 that clip with cooler 14 with EVA lid 141 and above-mentioned insulating lid 17, refrigeration covers with EVA lid 142 with refrigeration with the front of cooler 13, constitute EVA assembly 140, this assembly is set to the back in the space that constitutes ice-making compartment 6, temperature exchange chamber 7 and vegetable compartment 8, combines with the line end of the indoor above-mentioned freeze cycle of importing from main body outside.At this moment, because the refrigeration in the place ahead is arranged on freezing with on the low position of cooler 14 than the rear with cooler 13 as mentioned above, so freezing pipe arrangement combination and weld job with cooler 14 tops can easily carry out.

And, by making each cooling fan 15,16 be positioned at the EVA cap assemblies 143 that is provided with each cold air sucting inlet or blow-off outlet and leads to the cold air path of each chamber shown in the exploded perspective view of top ground assembling Figure 14 of cooler 13,14 in this state, just become the state of seeing from the cooler and fan one side of the inside shown in Figure 15, finish the assembling of chiller assembly with the front of the whole assembly of protecgulum 144 coverings.

In addition, 145 is the fan channel components, for not only having formed the horn mouth of cooling fan 15,16, and formed the cold air suction passage and blown out the one assembly of passage, and also be the parts that are assembled into above-mentioned EVA cap assemblies rear portion.

The ice-making compartment 6 of dividing the spaced walls 146 of vegetable compartment 8 and upper chambers and dividing top and the spaced walls of temperature exchange chamber 7 are assembled later in that above-mentioned chiller assembly is assembled into the back side.

Therefore, if employing said structure, when constituting the insulated storage space of refrigerator, the enough foam-in-place modes of energy form the insulated room next door 10 between capacious refrigerating chamber 5 and the nethermost vegetable compartment 8 (refrigerating chamber 9 when being present embodiment), can obtain rigidity as cabinet, can switch the back side picture of chamber 7 and vegetable compartment 8 as shown in Figure 16 as a section be divided into the ice-making compartment 6 and the temperature that form up and down by above-mentioned insulated room next door 10, can be with above-mentioned refrigeration with cooler and freezing with cooler 13,14 and fan 15,16 and the parts that comprise the formation cooler chamber of passage be assembled into one and set this part as EVA assembly 140 or EVA cap assemblies 143, therefore the cooling device parts that a lot of parts groups of former cause not only can be constituted are simplified, can make assembling operation become easy, can be assembled into predetermined position accurately, and can be in the space than broad, carry out each cooler 13 easily and positively, 14 are connected and fan 15 with the pipe arrangement of refrigerating circulation system, 16 electrical connection etc.

And, by being assembled into one as assembly, each being integrated of configuration of components, the effect that can obtain to save the space, and because modularization, transport operation also becomes easily, can improve the efficient of manufacturing or service operation.

Perhaps, by adopting said structure, by disposing the refrigeration that is provided in refrigerating chamber 5 back sides in the prior art with cooler 13 with cooler 14 with freezing, the back side of refrigerating chamber 5 does not need to be provided with the space of cooler, back side passage 135 can use the back side of whole refrigerating chamber 5, therefore, especially the depth size can with the thickness of cooler and cooler and indoor between this gauge of the needed 50mm of thermal wall thickness be compressed to the 15mm that back side passage 135 is set, can obtain needed predetermined air channel cross-sectional area.

Therefore, increase, can increase the volume of refrigerating chamber 5 significantly, in effective internal capacity is large-scale refrigerator about 400L (liter), can increase tens of liters effectively accommodating volume by this gauge that will reduce depth size as refrigerating chamber 5.

And, if adopt the structure of the foregoing description, because the refrigeration that is configured in the front side is vegetable compartment 8 with the front of cooler 13, be the smaller configuration relation of both sides' temperature difference, therefore can make vegetable compartment 8 and refrigeration with and each cooler 13,14 of freezing usefulness be only insulating thickness relation, the heat-barrier material that is formed by foamed styrene etc. that need not be provided with that the surface that prevents protecgulum 144 freezes is only used above-mentioned protecgulum 144 coverings that are made of laminal resin-formed body.Therefore this part does not need the gauge of heat insulating member yet, correspondingly can increase the depth size as vegetable compartment 8, can the expansion chamber in the volume of storage space.

In addition, refrigerated with the influence of cooler 13 grades in the surface temperature of protecgulum 144 and to be reduced, might dewfall or icing situation under, as long as the thermal insulation board of folder one deck thin-walled just can; Perhaps, also can be subjected to drip trays 147, catch the inside that the dew that flows down imports protecgulum 144, flow into the rhone 148 of refrigeration with cooler 13 as below the front of protecgulum 144, forming as shown in Figure 12; And, though not special expression also can set low power heater with cooler 13 1 sides in the refrigeration of protecgulum 144 among the figure, in refrigeration cooling running back energising, not only prevent the dewfall that the high humidity environment in the vegetable compartment 8 causes, can also be used to refrigerate defrosting with cooler 13.

And, as shown in figure 11, refrigeration is tilted accordingly with the inclined plane at the vegetable container 8a back side of setting in the vegetable compartment 8 in the insulating lid 17 of cooler 13 and the inside thereof and the place ahead, therefore, not can because of inclination reduce in the vegetable compartment container (8a) accommodate volume, the longitudinal opening size (A among Figure 11) that can make freezing usefulness blow out passage 129 increases the amount that equates with projected area in the bottom surface.And, can also enlarge the aperture area (B among Figure 11) that freezing suction inlet 132 with cooler 14 is led in conduct below it, can improve the cycle efficieny of cold air in passage.

In addition, though in above-mentioned example, refrigerating chamber 5 is configured in topmost, then and row arrangement ice-making compartment 6 and temperature switch chamber 7, dispose the layout of each storeroom in its underpart configuration vegetable compartment 8, on foot configuration refrigerating chamber 9 ground, the present invention is not limited thereto.

Utilizability on the industry

The present invention can be used for being provided with keep in cold storage respectively space and refrigeration storage space Cooler and the refrigerator of circulating cold air fan.

Claims (13)

1. refrigerator, what be provided with respectively keep in cold storage specially space and refrigeration storage space is freezing with cooler and refrigerate with cooler and fan that cold air is circulated in each storage space, it is characterized in that, make to be arranged at the above-mentioned freezing of storage space back with cooler and the refrigeration close overlappingly configuration of cooler at least a portion on fore-and-aft direction.

2. refrigerator as claimed in claim 1 is characterized in that, is provided with by the rotary type door and opens and closes the refrigerating chamber of front openings and the vegetable compartment of sliding door mode, with the freezing back that is arranged on vegetable compartment with cooler and refrigeration with cooler.

3. refrigerator as claimed in claim 2 is characterized in that, will refrigeration with cooler configuration in the forward side in the space, back of vegetable compartment, with freezing with cooler configuration the space, back of vegetable compartment by back one side.

4. refrigerator as claimed in claim 1, it is characterized in that, be provided with by the rotary type door and open and close the refrigerating chamber of front openings and the chamber that keeps in cold storage of sliding door mode, with the freezing back that is arranged on the chamber that keeps in cold storage with cooler and refrigeration with cooler, and with freezing with the forward side of cooler configuration in the space, back of the chamber that keeps in cold storage, with refrigeration with cooler configuration the space, back of the chamber that keeps in cold storage by a back side.

5. refrigerator as claimed in claim 1 is characterized in that, this refrigerator also has the adjuster that control flows to the cold airflow of each storeroom, and said fans comprises freezing with fan and refrigeration fan; Turn to one with cooler and refrigeration with chiller assembly with freezing, and turn to one with fan and refrigeration with fan and above-mentioned governor assembly freezing.

6. refrigerator as claimed in claim 1 is characterized in that, this refrigerator also has the adjuster that control flows to the cold airflow of each storeroom, and said fans comprises freezing with fan and refrigeration fan; With freezing with cooler and refrigeration with cooler, freezing with fan and refrigerate and to turn to one with fan and above-mentioned governor assembly.

7. refrigerator as claimed in claim 1, it is characterized in that, the refrigeration storage space and the space that keeps in cold storage are divided into a plurality of separate chambers by thermal insulation areas, with cooler and freezing with cooler, each fan and channel componentsization and set the back side that is divided into storage section up and down by the insulated room next door, above-mentioned refrigeration is with cooler and the above-mentioned freezing cooler neighbor configuration of using with above-mentioned refrigeration.

8. refrigerator as claimed in claim 7 is characterized in that, makes the refrigeration that is arranged at the storage space back with cooler and freezing close overlappingly with cooler at least a portion on fore-and-aft direction, and about dispose with staggering.

9. refrigerator as claimed in claim 8, it is characterized in that, to refrigerate with cooler and the freezing back that is arranged on the refrigeration storage space with cooler, and, will refrigeration with the forward side in back space of cooler configuration at the refrigeration storage space, with freezing with cooler configuration the space, back of refrigeration storage space by back one side.

10. refrigerator as claimed in claim 7 is characterized in that, refrigerating space is configured to the top of refrigeration with cooler and freezing usefulness cooler with fan and reefer space respectively with fan.

11. refrigerator as claimed in claim 10 is characterized in that, refrigerating space is configured to fan with fan and reefer space, makes their blow-off direction opposite, makes reefer space blow out cold air forward with fan, sends into reefer space by passage.

12. refrigerator is characterized in that as claimed in claim 8 or 9, makes refrigeration lean on rear, bottom disposing above-mentioned refrigeration cooler on the front obliquely with the top of cooler.

13. refrigerator is characterized in that as claimed in claim 8 or 9, does not establish the insulated room next door between refrigeration is with cooler and refrigerating chamber.

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