CN2842327Y - Energy-saving refrigerator structure - Google Patents
Energy-saving refrigerator structure Download PDFInfo
- Publication number
- CN2842327Y CN2842327Y CN 200520011284 CN200520011284U CN2842327Y CN 2842327 Y CN2842327 Y CN 2842327Y CN 200520011284 CN200520011284 CN 200520011284 CN 200520011284 U CN200520011284 U CN 200520011284U CN 2842327 Y CN2842327 Y CN 2842327Y
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- ice making
- refrigerator
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- ice
- energy
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Abstract
The utility model relates to an energy saving refrigerator structure, which carries out adjustments of the existing refrigerator structure, wherein an ice making section is arranged on the inner wall of a refrigerating chamber door, both the processes of ice making and ice taking can be carried out without opening a refrigerating chamber drawer, so that refrigerating capacity loss is avoided, and meanwhile, the utility model has the advantages of saved inner space and reduced energy consumption of the refrigerator, and can also fabricate high quality ice blocks. Furthermore, the utility model is also provided with a drink section which makes the function of the refrigerator more humanizing, a side wall of the soft refrigerating chamber is provided with an independent airborne sensor, so that foods which are put inside recently can be refrigerated deeply and get through the zone of maximum ice crystal formation quickly, and as a result, damages to the nutrition of the foods can be avoided. In addition, every functional section of the utility model is provided with an independent refrigerating circuit, and the temperature of every temperature section and environment are visually displayed on an operation panel, so that the temperatures of the temperature sections can be regulated as required by users, every temperature section can be controlled separately, therefore electric power is saved.
Description
Technical field
The utility model relates to a kind of refrigerator, especially a kind of energy-saving refrigerator with new structure and function.
Background technology
The appearance of refrigerator has only short decades, updates but experienced several times, and the external form volume develops into multi-door big capacity by the simple gate low capacity; Function and usage is by the single freezing how warm multi-layer multi purposes that develops into; Control system develops into numeral (computer) control by mechanical type control.But increase the volume and the capacity of refrigerator simply, mean to take bigger space, expend the more energy, this must be subjected to the restriction of living conditions and energy scarcity; Many other purposes of refrigerator are additional function, and freezing and refrigeration is the basic function of refrigerator forever.Hommization, energy-conservationization and high efficiency just should be the themes of refrigerator development.But present refrigerator structure is also unreasonable, is not fully used in the space, and because unreasonable structure also causes energy loss.Therefore, how making full use of the refrigerator existing space, make its more reasonable structureization, and reach energy-conservation purpose by adjusting the current refrigerator structure, is the problem that refrigerator manufacturer should solve.
The utility model content
The purpose of this utility model is to provide a kind of refrigerator with new structure and function, and the structure of refrigerator is adjusted, the space is made full use of, and to the in-depth of freezing and cold storage function and the refinement of refrigerator, and by structural adjustment minimizing energy consumption of refrigerator.
The utility model is provided with the ice making district on the refrigerating chamber door inwall.The ice making district of general refrigerator is provided with separately or is located in the refrigerating chamber.The independent ice making district that is provided with generally will be provided with ice making box, ice filling box, from the ice maker structure etc., causes the refrigerator space utilization rate not high; The ice making district is located in the refrigerating chamber, and the one, easy and other food taint of odour of the ice of making, the 2nd, the water capacity in the ice making box easily is spread across in the refrigerating chamber, and food is freezed together.Especially, cold has been wasted in ice making or get when ice and need cold chamber drawer is opened, and is unfavorable for energy-conservation.
The utility model is provided with an ice chest frame on refrigerating chamber door inwall door lining, as the ice making district, ice making box is erect and inserted on the ice chest frame.Because the ice making district is arranged on Men Bishang, therefore saved the space of refrigerator.And the ice making district is located on the inwall, ice making and need not open cold chamber drawer when getting ice has reduced the refrigerating chamber loss of refrigeration capacity, therefore can reach purpose of energy saving.
Ice making box integral body of the present utility model is microscler, and the centre is a cylinder, and an end is the arc sphere, and the other end is half arc sphere.The ice chest frame is fixed on the inwall, the upper and lower respectively have one can hold ice making box arc pommel and with the arc slot of arc pommel arc anastomosis; The degree of depth of top slot is more than or equal to the height in ice making box half arc pommel, the degree of depth of lower slots be less than or equal to ice making box arc pommel height 1/2, the distance of slot external margin is than little half height to an arc pommel of total height of ice making box up and down.Ice making box is erect and is emitted in the ice chest frame, and the upper end is half arc spheric end, and the lower end is the arc spheric end.When placing ice making box, earlier the upper end is inserted the top slot fully, ice making box integral body is entered in the ice chest frame, ice making box is fallen, the part of the arc sphere of lower end is inserted in the lower slots and is tightened, still some is blocked by slot edge, ice chest frame top in the upper end of ice making box like this, can be because of not holding rocking and pitch at closing time.When getting ice making box, earlier ice making box is moved up, the lower end breaks away from slot, and is outward-dipping, ice making box can be taken out.
The ice that general domestic refrigerator is made all is gonorrhoea, and this is owing to there is air bubble to be clipped in the ice cube, by bubble the diffuse reflection of light is caused.The utility model is placed on Men Bishang with ice making box, because ice making box one side is near refrigerating chamber, a side is near a door body, so refrigerating process is uneven, always build-ups ice earlier near a side of refrigerating chamber.Ice forms to the side near the door body gradually, in this process to the not water of Cheng Bing extruding as yet, because ice making box is erect and is emitted in the ice chest frame, water injection hole up, bubble in the water is squeezed and rises to the ice making box top, and from water injection hole, overflow, thereby do not have bubble in the ice of making, be water white.
The utility model is provided with a space independently separately in refrigerator, as the drink chamber.The modern is increasing to the demand of cold drink, and with the quickening pace of modern life, people need drink instant cold drink.Cold drink has plenty of seal-packed, but after drinking a part, remaining then can't pack if need to refrigerate, also having many in addition was exactly the uncovered drink that holds originally, these drinks are indoor if be placed on common refrigerator cold-storage, are easy to and other article taint of odour, influence the quality of drink.The utility model sets up an airtight space as the drink district in refrigerating chamber separately, effectively prevents the taint of odour of drink and other article, guarantees the quality of drink.In addition, the utility model is controlled separately the temperature in drink district, establishes independently drink chamber evaporimeter on direct cooling refrigerator, then establishes independent air channel and lead to the drink chamber in wind cooling refrigerator, makes the user can regulate the temperature of drink according to the hobby of oneself.
The utility model carries out refinement to the function of refrigerating chamber, is provided with soft freezing chamber.So-called soft freezing, be meant food freezing to-5--9 ℃, at this temperature section, the frozen meat group food can cut easily, instant not only, and avoided excessively chill and the power wastage that caused and of thawing when edible, thereby the suitable especially food that does not need long preservation of depositing to the destruction of food nutrition.
The refrigerator that has at present also has soft freezing function, but the position of temperature sensor in the current refrigerator soft freezing chamber, generally is positioned at the rear wall of a chamber, near the evaporimeter of refrigerating circuit.Temperature indoor between refrigerator is normally uneven.Because the temperature sensor perception is near the temperature of evaporimeter, and near the temperature the evaporimeter is usually less than the temperature at other position in the refrigerating chamber, therefore when the temperature of food does not reach the freezing temperature of need as yet, near the evaporimeter temperature but may reach design temperature, this moment, refrigerating process can be ended, have only when near the temperature the evaporimeter raises once again, refrigerating process just can continue, therefore after food is newly put into refrigerator, its refrigerating process is desultory, progressive reaching needs freezing temperature, and food needs the long period by zone of maximum ice crystal formation (1--5 ℃), especially soft freezing chamber in refrigerating process like this, its temperature sets and is generally-5--9 ℃, just above ice crystal district temperature, it is longer that therefore this desultory freezing mode makes the time of being with by the ice crystal generation, and food nutrition is caused than havoc.
The utility model increases by an airborne sensor in soft freezing chamber on the basis that keeps former temperature control equipment, be arranged on the soft freezing chamber sidewall.The function of this airborne sensor also is a variation of temperature in the perception refrigerating chamber, its position is because away from evaporimeter, therefore indoor variations in temperature is felt more accurate, more responsive, after food is newly put into refrigerating chamber, cause especially its ambient air temperature rising in the refrigerating chamber owing to its temperature is higher relatively, airborne sensor at first can this variations in temperature of perception and start the refrigerator refrigeration, and do not reach in temperature before the temperature of setting, refrigeration can not stop, this process that is so-called deep cooling freeze, make food temperature fast by zone of maximum ice crystal formation, reduce destruction food nourishment composition.
For further optimizing the position of airborne sensor, improve the snap frozen effect, the utility model has taken into full account air flow field and the Temperature Distribution in the soft freezing chamber.Each chamber of refrigerator comprises that the Temperature Distribution in the soft freezing chamber is uneven, and in general, near the temperature the evaporimeter is usually less than the temperature at indoor other position; Because the proportion of cold air is bigger, sink easily, hot-air rises, therefore between the temperature of bottom, chamber generally be lower than the temperature on top; Because the frequent switch of refrigerator doors, the sealing strip on door limit carries out exchange heat with the external world always in addition, therefore generally is higher than the temperature of a chamber interior more the closer to the air themperature at door place; In addition, because refrigerating chamber and soft freezing chamber top or bottom generally also have cool accumulating block, these factors cause that indoor air temperature distributes very complicated between refrigerator.The utility model designer takes all factors into consideration above-mentioned factor, and the data that record according to a large amount of experiments are found, airborne sensor is arranged on the sidewall that evaporimeter one side is not set in the soft freezing chamber, between its lane place be: highly be the 2/3-3/4 of sidewall height, distance from the doorway be less than or equal to sidewall wide 1/4.Therefore the easiest gathering of hot-air in this is interval is arranged on airborne sensor on the sidewall in this interval, and it is best that deep cooling freezes effect.
The utility model is provided with display floater and guidance panel in the casing outside, display floater intuitively shows the temperature and the environment temperature of each warm area in the refrigerator outside, also can be provided with the operated key to each functional areas on the guidance panel, the user can regulate the temperature of each warm area as required.Because each warm area all has independently refrigerating circuit, when the user did not need certain warm area work, as when not needing the drink chamber freeze, but this function of temporary close avoided each functional areas of general refrigerator to move the energy waste that is caused repeatedly automatically.
The beneficial effects of the utility model are: the ice making district is arranged on the refrigerating chamber door inwall, and loss of refrigeration capacity has been avoided in ice making and get ice and all cold chamber drawer need not be opened, and has both saved the inner space, has reduced energy consumption of refrigerator again, also can make high-quality ice cube; Be provided with the drink district, make the function hommization more of refrigerator; Be provided with independently airborne sensor on the soft freezing chamber sidewall, can carry out deep cooling to the food of newly putting into and freeze, by zone of maximum ice crystal formation, avoid food nutrition is damaged fast; The utility model is set up independently refrigerating circuit to each functional areas, and the temperature and the environment temperature of each warm area intuitively is presented on the guidance panel, makes the user can adjust the temperature of each warm area as required, and can control separately each warm area, helps saving electric power.
Description of drawings
Fig. 1 is a refrigerator inside structure chart of the present utility model
Fig. 2 is the longitudinal sectional view of ice making box of the present utility model and ice chest frame
Specific embodiment
Refrigerator of the present utility model is established chill space 1, drink district 2, soft freeze space 3, refrigerating chamber 4, on refrigerating chamber door 5 inwalls ice chest frame 6 is arranged.The temperature in drink district 2 is presented on the guidance panel.When the user needs freeze to drink, on guidance panel, set the temperature that needs and press corresponding button and get final product, when the indoor no drink of drink or when not needing drink freezed, 2 refrigerating circuits of drink chamber just can not worked, thereby save unnecessary power wastage.
Ice making box 7 integral body are microscler, and the centre is a cylinder, and an end is an arc spheric end 71, and the other end is half arc spheric end 72.Ice chest frame 6 is fixed on the inwall, the upper and lower respectively have one can hold ice making box arc pommel and with the arc slot 61 and 62 of arc pommel arc anastomosis; The degree of depth of top slot 61 is more than or equal to the height in ice making box half arc pommel 7, the degree of depth of lower slots 62 be less than or equal to ice making box arc pommel 71 height 1/2, the distance of slot external margin is than little half height to an arc pommel of total height of ice making box 7 up and down.Ice making box 7 is erect and is emitted in the ice chest frame 6, and the upper end is half arc spheric end 71, and the lower end is an arc spheric end 72.When placing ice making box 7, earlier upper end 71 is inserted top slot 61 fully, because this socket depth is more than or equal to the height in ice making box half arc pommel 71, the distance of slot external margin is than little 1/2 height to an arc pommel of total height of ice making box up and down, therefore ice making box 7 can integral body enter in the ice chest frame 6, move down again, since the degree of depth of lower slots 62 be less than or equal to ice making box arc pommel 72 height 1/2, can hold ice making box arc pommel 72 and with the arc anastomosis in arc pommel, the part in ice making box arc pommel 72 can be inserted chucking in ice chest frame 6 lower slots 62, still some is blocked by slot edge, ice chest frame top in the upper end of ice making box 7, and ice making box 7 just can not be because of holding rocking and lodge at closing time like this.When getting ice making box 7,, therefore can earlier ice making box 7 be moved up, make the lower end break away from lower slots 62 because half arc pommel 71 can not tightened by slot, outward-dipping, ice making box 7 can be taken out.
When the needs ice making, water is injected ice making box 7, and setting is emitted on the ice chest frame 6.Because near a door body 5, so refrigerating process is uneven to ice making box 7 one sides, always build-ups ice earlier near a side of refrigerating chamber near refrigerating chamber 4, one sides.Ice forms to the side near the door body gradually, to the not water of Cheng Bing extruding as yet, makes the bubble in the water rise to the ice making box top in this process, and the ice of making is because no bubble, thereby is water white.
Ice making and get when ice as long as refrigerating chamber door 5 is opened need not be opened cold chamber drawer 41, so avoided loss of refrigeration capacity, has reduced energy consumption of refrigerator,
After food is newly put into refrigerating chamber, cause especially its ambient air temperature rising in the soft freezing chamber owing to its temperature is higher relatively, airborne sensor can be than first this variations in temperature of perception of original temperature sensor, thereby start the refrigerator refrigeration immediately, and do not reach the lowest temperature of setting promptly before-9 ℃ in air themperature, refrigeration can not stop, and makes food temperature fast by zone of maximum ice crystal formation, reduces the destruction to food nourishment composition.Because airborne sensor is positioned on the soft freezing chamber sidewall, the food of newly putting into can be placed near the airborne sensor easily, makes the easier perception of airborne sensor newly put into back in kind soft freezing chamber variation of temperature, and deep cooling freezes more accurate, more thorough like this.
The utility model is provided with display floater and guidance panel in the casing outside, display floater intuitively shows the temperature and the environment temperature of each warm area in the refrigerator outside, also can be provided with the operated key to each functional areas on the guidance panel, the user can regulate the temperature of each warm area as required.Because each warm area all has independently refrigerating circuit, when the user did not need certain warm area work, as when not needing the drink chamber freeze, but this function of temporary close avoided each functional areas of general refrigerator to move the energy waste that is caused repeatedly automatically.
Claims (9)
1, a kind of energy-saving refrigerator structure comprises refrigerating chamber, refrigerating chamber, soft freezing chamber and ice making district, it is characterized in that: described ice making district is located on the refrigerating chamber door inwall.
2, energy-saving refrigerator structure according to claim 1 is characterized in that: on the refrigerating chamber door inwall door lining ice chest frame is set, ice making box is erect and is inserted on the ice chest frame.
3, energy-saving refrigerator structure according to claim 2 is characterized in that: ice making box is whole, and the centre is a cylinder for microscler, and an end is the arc sphere, and the other end is half arc sphere.
4, energy-saving refrigerator structure according to claim 3 is characterized in that: the ice chest frame is injected into one with a door inwall, its upper and lower respectively have one can hold ice making box arc pommel and with the arc slot of arc pommel arc anastomosis; The degree of depth of top slot is more than or equal to the height in ice making box half arc pommel, the degree of depth of lower slots be less than or equal to ice making box arc pommel height 1/2, the distance of slot external margin is than little half height to an arc pommel of total height of ice making box up and down.
5, according to the described energy-saving refrigerator structure of arbitrary claim in the claim 1 to 4, it is characterized in that: an airtight drink chamber is set in the refrigerator, and there is independently refrigerating circuit the drink chamber.
6, according to the described energy-saving refrigerator structure of arbitrary claim in the claim 1 to 4, it is characterized in that: have-airborne sensor on the described soft freezing chamber madial wall.
7, energy-saving refrigerator structure according to claim 6 is characterized in that: between the lane place of described airborne sensor being, highly is the 2/3-3/4 of this sidewall height, the distance from the doorway be less than or equal to sidewall wide 1/4.
8, energy-saving refrigerator structure according to claim 1 is characterized in that: the refrigeration system of refrigerator is controlled by computer, and the refrigerator body outside is provided with display floater, the temperature and the environment temperature of each warm area of display floater display refrigerator.
9, energy-saving refrigerator structure according to claim 8 is characterized in that: the refrigerator body outside is provided with guidance panel, and each warm area of refrigerator has independently refrigerating circuit, and guidance panel is provided with the operated key to each functional areas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520011284 CN2842327Y (en) | 2005-03-31 | 2005-03-31 | Energy-saving refrigerator structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520011284 CN2842327Y (en) | 2005-03-31 | 2005-03-31 | Energy-saving refrigerator structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2842327Y true CN2842327Y (en) | 2006-11-29 |
Family
ID=37446209
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520011284 Expired - Lifetime CN2842327Y (en) | 2005-03-31 | 2005-03-31 | Energy-saving refrigerator structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2842327Y (en) |
-
2005
- 2005-03-31 CN CN 200520011284 patent/CN2842327Y/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20061129 Effective date of abandoning: 20101215 |