CN206449970U - Refrigeration plant incubator and refrigeration plant - Google Patents

Abstract

The utility model discloses a kind of refrigeration plant incubator and refrigeration plant.Refrigeration plant incubator, including foaming box body and outer door body, foaming box body includes shell and the inner bag being arranged in shell, foaming cavity is formed between shell and inner bag, cut-off is provided with inner bag, inner bag is divided into freezing cavity and refrigeration cavity by cut-off, and cut-off is internally formed foaming cavity, foaming cavity is connected with foaming cavity, and the foaming layer of integrative-structure is formed in foaming cavity and foaming cavity；Foaming box body is additionally provided with the interior door body of switch freezing cavity, and the bottom of interior door body is provided with rotating shaft, and rotating shaft is horizontally arranged on inner bag, and the front end face of cut-off is additionally provided with the support member for supporting interior door body to lie low；Under the state of closing the door, outer door body covers in interior door body.The manufacturing cost and difficulty of processing of reduction refrigeration plant incubator are realized, and improves user experience.

Description

Refrigeration plant incubator and refrigeration plant

Technical field

The utility model is related to refrigeration plant, more particularly to a kind of refrigeration plant incubator and refrigeration plant.

Background technology

At present, refrigeration plant（Refrigerator, refrigerator, wine cabinet etc.）Incubator generally includes casing and door body, and casing is logical Often include shell and inner bag, foaming forms foaming layer between shell and inner bag.Require different according to storing, casing divides as needed For multiple cavities, being typically employed in increases the mode of cut-off and realizes in inner bag, and should realize refrigeration again for same casing , it is necessary in inner bag forming process, be integrally formed using adsorption forming mode on inner bag for the refrigeration plant of realization freezing Go out cut-off.And absorption forms cut-off with certain limitation on inner bag, firstly, since being limited by mould, one set of die is only The inner bag that single specification can be used for is used, and is needed correspondence configuration mould for the inner bag of different size, is caused production cost higher； Secondly, for the casing of small size, limited by absorbing process, the cut-off difficulty formed on inner bag is larger so that overall to add Work difficulty becomes big；Also, refrigeration plant of the prior art, refrigerating chamber and refrigerating chamber are each equipped with independent side and opened the door, when with Family is taken away the article of more refrigeration simultaneously, take away again article in freezing when, often because the article taken away in hand is nowhere put Put, it is necessary to could complete in two times, cause user experience poor.How to design a kind of manufacturing cost it is low be easy to processing and manufacturing and The refrigeration plant for improving user experience is technical problem to be solved in the utility model.

Utility model content

The utility model provides a kind of refrigeration plant incubator and refrigeration plant, realizes reduction refrigeration plant insulation The manufacturing cost and difficulty of processing of case, and improve user experience.

To reach above-mentioned technical purpose, the utility model is realized using following technical scheme：

A kind of refrigeration plant incubator, including foaming box body and the outer door body being arranged on the foaming box body, it is described Foaming box body includes the inner bag of shell and setting in the housing, and foaming cavity is formed between the shell and the inner bag, Cut-off is provided with the inner bag, the inner bag is divided into inside freezing cavity and refrigeration cavity, the cut-off by the cut-off Foaming cavity is formed, the foaming cavity is connected with the foaming cavity, formed in the foaming cavity and the foaming cavity The foaming layer of integrative-structure；The foaming box body is additionally provided with the interior door body for switching the freezing cavity, the interior door body End is provided with rotating shaft, and the rotating shaft is horizontally arranged on the inner bag, and the front end face of the cut-off is additionally provided with for supporting The support member that the interior door body lies low；Under the state of closing the door, the outer door body covers in the interior door body.

Further, the bottom of the interior door body is additionally provided with the butting section for coordinating the support member；Described Interior door body, which is opened, to be under lying status, and the support member is acted against on the butting section.

Further, the butting section is to form the stopper slot in the interior door body bottom.

Further, multiple cushion pads are provided with the stopper slot.

Further, the sidepiece of the cut-off is provided with the main perfusing hole connected with the foaming cavity, the inner bag Side wall offers through hole corresponding with the main perfusing hole, and the through hole is docking together with the main perfusing hole.

Further, the cut-off also includes heat barrier foam, and the heat barrier foam is located in the foaming cavity.

Further, the middle part of the heat barrier foam is engraved structure, and the side wall of the heat barrier foam is formed with connection institute The main perfusion runner of engraved structure is stated, the main perfusion runner is oppositely arranged with the main perfusing hole.

Further, mounting hole is further opened with the side wall of the inner bag, the cut-off is provided with connecting portion, the connection Portion is arranged in the mounting hole.

Further, the side wall of the cut-off is additionally provided with auxiliary pouring mouthful in the side of the connecting portion, described heat-insulated Auxiliary pouring runner corresponding with the auxiliary pouring mouthful, hollow out knot described in the auxiliary pouring flow passage are formed on foam.

The utility model also provides a kind of refrigeration plant, including above-mentioned refrigeration plant incubator

Compared with prior art, advantage of the present utility model and good effect are：It is arranged on by using independent cut-off On inner bag, inner bag is divided into freezing cavity and refrigeration cavity by separating, in foaming process, foamed material can be by entering Into cut-off, so that the foaming layer of integrative-structure is formed in cut-off, inner bag and shell, and inner bag can integrally use a cover die Has adsorption forming, through hole is formed at corresponding position by the way of punching as needed just can install cut-off, reduce Production cost and difficulty of processing；Meanwhile, designed using inside and outside door body, interior door body is by the way of spinning upside down, also, interior door body After opening, door body in realization is supported by the support member on cut-off and lain low setting, user can temporarily put the article in hand Put in interior door body, improve user experience.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art Or the accompanying drawing used required in description of the prior art is briefly described, it should be apparent that, drawings in the following description are Some embodiments of the present utility model, for those of ordinary skill in the art, are not paying the premise of creative labor Under, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of the utility model refrigeration plant incubator embodiment;

Fig. 2 is the close-up schematic view of a-quadrant in Fig. 1；

Fig. 3 is the explosive view of the utility model refrigeration plant incubator embodiment；

Fig. 4 is the close-up schematic view in B regions in Fig. 2；

Fig. 5 is the close-up schematic view in C regions in Fig. 2；

Fig. 6 is the structural representation of inner bag in the utility model refrigeration plant incubator embodiment；

Fig. 7 is the explosive view that separates in the utility model refrigeration plant incubator embodiment；

Fig. 8 is the structural representation of the utility model refrigeration plant incubator embodiment；

Fig. 9 is the structural representation of interior door body in the utility model refrigeration plant incubator embodiment

Figure 10 is the close-up schematic view in D regions in Fig. 9.

Embodiment

It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Accompanying drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that retouched The embodiment stated is a part of embodiment of the utility model, rather than whole embodiments.Based on the implementation in the utility model Example, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made is belonged to The scope of the utility model protection.

As shown in Fig. 1-Figure 10, the present embodiment refrigeration plant incubator, including foaming box body and it is arranged on the foaming Outer door body on casing（It is not shown）, the foaming box body includes shell 3 and the inner bag 1 being arranged in the shell 3, described outer Formed between shell 3 and the inner bag 1 and cut-off 2 is provided with foaming cavity, inner bag 1, the inner bag 1 is divided into freezing by cut-off 2 Cavity and refrigeration cavity, the cut-off 2 are internally formed foaming cavity, and the foaming cavity is connected with the foaming cavity, described The foaming layer of integrative-structure is formed in foaming cavity and the foaming cavity；The foaming box body is additionally provided with the switch freezing The interior door body 4 of cavity, the bottom of the interior door body 4 is provided with the rotating shaft 42 of first rotating shaft 41 and second, the first rotating shaft 41 It is horizontally arranged at the second rotating shaft 42 on the inner bag 1, the front end face of the cut-off 2 is additionally provided with for supporting the interior door body 4 support members 23 lain low；Under the state of closing the door, the outer door body covers in the interior door body 4.

Specifically, inner bag 1 is during actual processing in the present embodiment refrigeration plant incubator, for same specification But the structure of inner bag 1 required for different type of machines, can first process inner bag 1, then, according to different type of machines using same mould The required requirement that inner bag 1 is divided into multiple storing cavitys, cut-off 2 is arranged in inner bag 1 so that foaming cavity with it is described Foam cavity connection, the inner bag component assembled just can be installed to in shell 3 progress foaming processing, inner bag 1 and shell 3 it Between fill expanded material in the foaming cavity that is formed, partial foaming material is entered in the foaming cavity formed in dividing plate 2 so that The foaming layer of integrative-structure can be formed in foaming cavity and foaming cavity.And interior door body 4 can use and spin upside down switch Mode, the bottom of the interior door body 4 is provided with first rotating shaft 41 and second rotating shaft 42, the first rotating shaft 41 and institute The safety of the second rotating shaft 42 is stated on the inner bag 1, the front end face of the cut-off 2 is additionally provided with for supporting the interior door body 4 The support member 23 lain low, after interior door body 4 downwardly turns over opening, interior door body 4 is supported by support member 23 so that the interior water of door body 4 Plain cloth is put, and during article of the user in different storage chamber bodies of taking away, the article in hand can be temporarily placed on to horizontally disposed inside door On body 4, it is user-friendly.

Wherein, interior door body 4 is arranged on inner bag 1 using removable mode, when user does not need freezing function, it is only necessary to Interior door body 4 is dismantled down so that freezing cavity connects to form overall refrigerating space with refrigeration cavity, and separating 2 can then fill When the function of rack, specifically, the second rotating shaft 42 uses telescopic mode, the first rotating shaft 41 and second rotating shaft 42 are inserted in the corresponding axis hole, and slideway is provided with the interior door body 4（It is unmarked）, second rotating shaft 42, which is slided, to be set In the slideway, be provided with back-moving spring 43 between second rotating shaft 42 and the end of the slideway, and for the ease of with Door body 4 in the dismounting of family, the side wall of second rotating shaft 42, which is provided with handle 421, the interior door body 4, to be further opened with and the cunning The hollow slots 44 of road connection, bearing of trend extension of the hollow slots 44 along the slideway, and in order to be carried out to the second rotating shaft 42 Positioning, the side wall of the hollow slots 44 is further opened with the breach 45 for positioning the handle 421, in the second rotating shaft 42 is inserted in After in axis hole on courage, rotate handle 421 and be allowed to be located in breach 45, to avoid handle 421 from being moved by false touch so that the second rotating shaft 42 are separated from inner bag, and raising uses reliability.

In addition, the side wall corresponding position punching in inner bag 1 forms through hole 11, the sidepiece of the cut-off 2 is provided with and institute The main perfusing hole 211 of foaming cavity connection is stated, the side wall of the inner bag 1 is offered and the corresponding through hole of the main perfusing hole 211 11, the cut-off 2 is arranged in the inner bag 1, and the through hole 11 is docking together with the main perfusing hole 211, expanded material Entered by through hole 11 and main perfusing hole 211 in the foaming cavity formed in dividing plate 2, so as in foaming cavity and foaming The foaming layer of integrative-structure is formed in cavity.And for the processing of inner bag 1, mold use amount is on the one hand saved, the opposing party Face cut-off 2 is that absolute construction is assembled on inner bag 1, greatly reduces difficulty of processing, and solving small size inner bag 2 can not be using suction Subsidiary formula formula is the problem of it is internally formed cut-off.Wherein, in order to carry out good fixation and guiding to cut-off 2, the inner bag 1 Guide groove 13 is additionally provided with the wall of side, the cut-off 2 is inserted in the guide groove 13, in installation process, guide groove 13 can be to being oriented to Cut-off 2 is slided into be played a part of pre-fixing inside inner bag 1, meanwhile, in foaming process, guide groove 13 can be to cut-off about 2 Play a part of support in face.

Further, the cut-off 2 in the present embodiment includes two cover plates 21 arranged up and down, and two cover plates 21 are fastened The foaming cavity is formed together, the side wall of cover plate 21 offers the first breach at least described in one, first breach is formed The main perfusing hole 211.Specifically, cut-off 2 is assembled by two cover plates 21, by using the mode for setting breach, The main perfusing hole 211 of this pet name after two cover plates 21 are fitted together, it is preferred that in order to ensure cut-off 2 has good heat insulating ability Can, cut-off 2 also includes heat barrier foam 22, and the heat barrier foam 22 is located in the foaming cavity, specifically, in heat barrier foam 22 Certain gap will be formed between cover plate 21, expanded material will the stuffed heat insulated foam 22 of correspondence and lid after entering in cut-off 21 Gap between plate 21, and by increasing heat barrier foam 22, it is possible to reduce foaming cavity enters hair to the demand of foamed material Expanded material in bubble cavity will coordinate with heat barrier foam 22 plays good effect of heat insulation, it is often more important that, because foaming is empty The adding amount of expanded material in chamber is less, can reduce in foaming process, the pressure suffered by cut-off 2, it is to avoid cut-off 2 is in foaming During to occur spalling damaged, meanwhile, increased heat barrier foam 22 can more effectively ensure effectively to be filled inside cut-off 2 It is full, reduce and occur because expanded material injection rate not enough can not meet heat-insulated requirement.Wherein, foamed to improve in cut-off 2 The structural strength of layer, the middle part of heat barrier foam 22 is engraved structure 220, and the side wall of the heat barrier foam 22 is formed with described in connection The main perfusion runner 221 of engraved structure 220, the main perfusion runner 221 is oppositely arranged with the main perfusing hole 211, specifically, The expanded material being injected into cut-off 2, which is largely focused on engraved structure 220 and sentenced, is concentrically formed foaming layer, and expanded material collection In at engraved structure 220, indicate after expanded material at the engraved structure 220, excessive invoice material can be along heat-insulated bubble The surface flow of foam 22 is into each gap, and the surface of heat barrier foam 22 is formed with some connection engraved structures 220 Guiding gutter 223, from engraved structure 220 overflow expanded material be oriented to via guiding gutter 223, can more smoothly flow to every Disconnected 2 surrounding.

Further, fix and also opened up on cut-off 2, the side wall of the inner bag in order to more convenient installation There is mounting hole 12, the cover plate 21 is provided with connecting portion 200, and the connecting portion 200 is arranged in the mounting hole 12.Specifically , connecting portion 200 can use the modes such as buckle or alignment pin being arranged on 2 express deliveries of cut-off on inner bag 1, for example：Connecting portion 200 include claw 201 and latch 202, and the claw 201 is fixed on the side wall of cover plate 21 of the cut-off 2, the latch 202 are rotatably provided on the side wall of cover plate 21 of the cut-off 2, and neck, the mounting hole 12 are provided with the latch 202 Edge locating slot 121, the claw 201 be located at the locating slot 121 in, the latch 202 pass through the mounting hole 12 And upset is abutted on the inner bag 1, the claw 201 is stuck in the neck, specifically, in assembling inner bag 1 and cut-off 2 During, claw 201 and latch 202 pass through mounting hole 12, and claw 201 is positioned by locating slot 121, then, upset Latch 202 so that latch 202 abuts in the outer wall of inner bag 1, and claw 201 is stuck in neck, with reference to shown in Fig. 5 Latch 202 be non-rollover states, the state after being overturn with reference to the latch 202 in Fig. 2, latch 202 after upset will Inner bag 1 is corresponding to be partially sandwiched between latch 202 and cut-off 2 so that cut-off 2 can be efficiently assembled on inner bag 1.It is preferred that , in order to improve the total amount that expanded material is injected into cut-off 2, cut-off 2, which is located at the position of connecting portion 200, is additionally provided with auxiliary Perfusing hole 212, auxiliary pouring mouthful 212 is docked with mounting hole 12, specifically, the side wall of cover plate 21 is where the connecting portion 200 It is additionally provided with the second breach, two the second breach formation auxiliary pourings mouthful 212, the heat barrier foam 22 and is formed at position With 212 corresponding auxiliary pouring runners 222 of the auxiliary pouring mouthful, the auxiliary pouring runner 222 connects the engraved structure 220, expanded material along auxiliary pouring runner 222 can also be injected into cut-off 2 using mounting hole 12 and auxiliary pouring mouthfuls 212 In, so as to the injection rate of further increase expanded material, to improve the compactness of foaming layer in cut-off 2.

Wherein, above-mentioned refrigeration plant with incubator in actual use, inner bag 1 be located at the shell 3 in, it is described in Formed between courage 1 and the shell 3 in main foaming cavity, the foaming cavity and the main foaming cavity and be formed with foaming layer most The casing of refrigeration plant is constituted eventually.

In addition, as follows for the specific foaming process of the casing of above-mentioned refrigeration plant：

Step 1: the cut-off 2 is arranged in the inner bag 1 so that the through hole 11 and main 211 pairs of the perfusing hole It is connected together.Specifically, being arranged on by the cut-off 2 during the inner bag 1, the connecting portion 200 is stuck in the peace Fill in hole 12, and the mounting hole 12 is docking together with the auxiliary pouring mouthful 212；It is mounted in cut-off 2 in inner bag 1 Afterwards, the connection gap formed between cut-off 2 and the inner bag 1 is stated by rubber belt sealing residence, to avoid in foaming process, foaming Material overflows from connection gap China and foreign countries.

Step 2: the inner bag 2 is mounted in the shell 3 in advance so that formed between the inner bag 1 and the shell 3 Main foaming cavity, the main foaming cavity is connected by the through hole 11 and the main perfusing hole 211 with the foaming cavity.

Step 3: irrigating expanded material into the main foaming cavity, the expanded material in the main foaming cavity is successively Entered by the through hole 12 and the main perfusing hole 211 in the foaming cavity, with the main foaming cavity and described The foaming layer of integrative-structure is formed in foaming cavity.Specifically, the expanded material in main foaming cavity passes through the main filling respectively Beam road 221 and the auxiliary pouring runner 222 are flowed into the engraved structure 220, and the heat barrier foam face 22 is formed There is the expanded material in the guiding gutter 223 of some connection engraved structures 220, the engraved structure 220 to also flow into Into the guiding gutter 223.

Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations； Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that： It can still modify to the technical scheme described in foregoing embodiments, or which part technical characteristic is carried out etc. With replacement；And these modifications or replacement, the essence of appropriate technical solution is departed from the utility model embodiment technology The spirit and scope of scheme.

Claims (10)

1. a kind of refrigeration plant incubator, including foaming box body and the outer door body being arranged on the foaming box body, the hair Steeping casing includes the inner bag of shell and setting in the housing, and foaming cavity is formed between the shell and the inner bag, its It is characterised by, cut-off is provided with the inner bag, the inner bag is divided into freezing cavity and refrigeration cavity by the cut-off, described Cut-off is internally formed foaming cavity, and the foaming cavity is connected with the foaming cavity, the foaming cavity and the foam chamber The foaming layer of integrative-structure is formed in body；The foaming box body is additionally provided with the interior door body for switching the freezing cavity, described interior The bottom of door body is provided with rotating shaft, and the rotating shaft is horizontally arranged on the inner bag, and the front end face of the cut-off is additionally provided with For the support member for supporting the interior door body to lie low；Under the state of closing the door, the outer door body covers in the interior door body.

2. refrigeration plant incubator according to claim 1, it is characterised in that the bottom of the interior door body is also set up There is the butting section for coordinating the support member；Open and be under lying status in the interior door body, the support member is acted against On the butting section.

3. refrigeration plant incubator according to claim 2, it is characterised in that the butting section is to be formed described interior The stopper slot of door body bottom.

4. refrigeration plant incubator according to claim 3, it is characterised in that be provided with the stopper slot multiple slow Rush cushion block.

5. refrigeration plant incubator according to claim 1, it is characterised in that the sidepiece of the cut-off is provided with and institute State the main perfusing hole of foaming cavity connection, the side wall of the inner bag offers through hole corresponding with the main perfusing hole, described logical Hole is docking together with the main perfusing hole.

6. refrigeration plant incubator according to claim 5, it is characterised in that the cut-off also includes heat barrier foam, The heat barrier foam is located in the foaming cavity.

7. refrigeration plant incubator according to claim 6, it is characterised in that the middle part of the heat barrier foam is hollow out Structure, the side wall of the heat barrier foam is formed with the main perfusion runner for connecting the engraved structure, the main perfusion runner and institute Main perfusing hole is stated to be oppositely arranged.

8. refrigeration plant incubator according to claim 7, it is characterised in that be further opened with the side wall of the inner bag Mounting hole, the cut-off is provided with connecting portion, and the connecting portion is arranged in the mounting hole.

9. refrigeration plant incubator according to claim 8, it is characterised in that the side wall of the cut-off is in the connection The side in portion, which is additionally provided with auxiliary pouring mouthful, the heat barrier foam, forms auxiliary pouring stream corresponding with the auxiliary pouring mouthful Road, hollow out knot described in the auxiliary pouring flow passage.

10. a kind of refrigeration plant, it is characterised in that including the refrigeration plant incubator as described in claim 1-9 is any.