CN206369405U - The vertical refrigeration plant of top transparent - Google Patents

Abstract

The utility model discloses a kind of vertical refrigeration plant of top transparent, including vertical-foaming casing, the front of the vertical-foaming casing forms opening, the vertical-foaming casing includes the inner bag of shell and setting in the housing, the inner bag formation storing cavity, it is characterized in that, the form connected with the storing cavity is offered at the top of the vertical-foaming casing, the vertical refrigeration plant of top transparent also includes heat insulation glass part, state form in the heat insulation glass component lid residence, foaming cavity is formed between the heat insulation glass part and the shell and the inner bag, foaming layer is formed in the foaming cavity；The lower surface of the heat insulation glass part is provided with dismountable control panel, and the upper surface of the heat insulation glass part is provided with the Touch Zone for operating the control panel.The article that user is checked in casing from top is met, user's embodiment property and ease of use is improved.

Description

The vertical refrigeration plant of top transparent

Technical field

The utility model is related to refrigeration plant, more particularly to a kind of vertical refrigeration plant of top transparent.

Background technology

At present, refrigeration plant（Refrigerator, refrigerator etc.）It is the household electrical appliance commonly used in people's daily life, and refrigerator is stored up because of it Object amount is widely used greatly.Refrigerator is divided into vertical freezer and horizontal refrigerator, and sidepiece is used for vertical freezer and is opened The mode of door（For example：Can be using hinge door body or drawer etc.）, and as the improvement of people's living standards, small-sized is vertical cold Cabinet, such as ice class product are by large-scale popularization, and the height of ice class product is shorter under normal circumstances, different from the vertical cold of routine Cabinet, when user needs to check the article of internal storage, it is necessary to which enabling of bending over is checked, causes its ease of use poor.How A kind of user's embodiment property and the refrigeration plant of ease of use of improving of design is technical problem to be solved in the utility model.

Utility model content

The utility model provides a kind of vertical refrigeration plant of top transparent, realizes on the premise of heat-insulating property is ensured, The article that user is checked in casing from top is met, user's embodiment property and ease of use is improved.

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

A kind of vertical refrigeration plant of top transparent, including vertical-foaming casing, the front formation of the vertical-foaming casing Opening, the vertical-foaming casing includes the inner bag of shell and setting in the housing, and the inner bag forms storing cavity, its It is characterised by, the form connected with the storing cavity is offered at the top of the vertical-foaming casing, and the top transparent is stood Formula refrigeration plant also includes heat insulation glass part, and form, the heat insulation glass part are stated in the heat insulation glass component lid residence Formed between the shell and the inner bag in foaming cavity, the foaming cavity and form foaming layer；The heat insulation glass portion The lower surface of part is provided with dismountable control panel, and the upper surface of the heat insulation glass part is provided with for operating the behaviour Control the Touch Zone of panel.

Compared with prior art, advantage of the present utility model and good effect are：By at the top of vertical insulation shell Form is opened up, form carries out blocking sealing by heat insulation glass part, and user can be directly viewable storing from top through form The article stored in cavity, and in order to ensure heat-insulating property, the inner bag and shell one of heat insulation glass part and vertical insulation shell With foam chamber body is formed, on the one hand the foaming layer formed in the cavity that foams is able to ensure that the heat-insulating property of whole foaming box body, keeps away Exempt from that scattering and disappearing for cold occurs at the joint face of form and heat insulation glass part, heat insulation glass part is entered in another aspect foaming layer Being fixed on vertical insulation shell for one step, causes vertical-foaming casing formation overall structure, effectively in the presence of foaming layer Raising casing overall construction intensity so that overcome open up form at the top of the vertical insulation shell and caused by superstructure intensity Not enough defect, realizes on the premise of heat-insulating property is ensured, meets the article that user is checked in storage chamber body from top, carry High user embodiment property and ease of use.

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;

Fig. 2 is the sectional view of the utility model refrigeration plant;

Fig. 3 is the sectional view of the utility model vertical-foaming casing；

Fig. 4 is the close-up schematic view of a-quadrant in Fig. 3；

Fig. 5 is the close-up schematic view in B regions in Fig. 3；

Fig. 6 is the explosive view of the utility model vertical-foaming casing；

Fig. 7 is the explosive view of the utility model heat insulation glass part；

Fig. 8 is the structural representation of the utility model air channel module；

Fig. 9 is the explosive view of the utility model air channel module；

Figure 10 is the explosive view of the utility model storage drawer.

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 refrigeration plant that the utility model is provided uses vertical-foaming casing 100, and vertical-foaming Casing 100 can using hinge type insulation door body by the way of, switch can also be realized by the way of storage drawer.Refrigeration plant To with refrigeration system is configured with, refrigeration system is made up of compressor 301, condenser 302, throttling arrangement and evaporator 303.

Wherein, in order to realize top transparent displaying function, vertical-foaming casing 100 include vertical insulation shell 1, it is described The front of vertical insulation shell 1 forms opening, and the vertical insulation shell 1 includes shell 11 and is arranged in the shell 11 Inner bag 12, the formation of the inner bag 12 storing cavity, the top of the vertical insulation shell 1 is offered to be connected with the storing cavity Form 121, the vertical-foaming casing 100 also includes heat insulation glass part 2, and the heat insulation glass part 2 covers described Form 121, forms foaming cavity, the foam chamber between the heat insulation glass part 2 and the shell 11 and the inner bag 12 Foaming layer is formed in body.Specifically, vertical-foaming casing 100 forms form 121 at the vertical top of insulation shell 1, and by protecting Warm glass component 2 covers and seals up form 121, in actual use, and user can pass through heat insulation glass part 2 from form The article stored in 121 observation storing cavitys；And in order to ensure the integral sealing heat-insulating property of vertical-foaming casing 100, insulation Foaming cavity is formed between glass component 2 and the shell 11 and the inner bag 12, by the way of foaming so that protecting Foaming layer is formed between warm glass component 2, the shell 11 and the inner bag 12, foaming layer will seal up form 121 and insulation The joint face formed between glass component 2, reduces cold and is revealed at form 121, improve heat-insulating property；Meanwhile, ensuring While heat-insulating property, due to foaming formation foaming between heat insulation glass part 2, the shell 11 and the inner bag 12 Layer so that the direct bonding strength of three is greatly enhanced, heat insulation glass part 2 will be overcome because the vertical top of insulation shell 1 is opened up Form 121 and the defect for causing the vertical top structure intensity of insulation shell 1 to decline, so that it is guaranteed that vertical-foaming casing 100 makes Use reliability.Wherein, shell 11 can include U-shaped main body 111, upper beam 112 and backboard 113, and the U-shaped main body 111 has bottom Portion and two sidepieces, the upper beam 112 and the backboard 113 are arranged between two sidepieces of the U-shaped main body 111, upper beam 112 are located at the front of backboard 113, and the top of the inner bag 12 is provided with the form 121, specifically, shell 11 uses U-shaped master Body 111, reaches integral type appearance, and overall structure is more consolidated, and realization is formed at the top of shell 11 for installing insulation The installing zone of glass component 2, and after inner bag 12 is placed in U-shaped main body 111, the form 121 at the top of inner bag 12 is located at installing zone In, so as to after heat insulation glass part 2 is installed, form 121 can be covered by heat insulation glass part 2, more facilitate vertical The quick assembling of foaming box body 100 is foamed；And for the ease of installing compressor 301, shell 11 is provided with cabin 114 and bonnet Plate 115, the bottom of U-shaped main body 111 is provided with gap structure（It is unmarked）, the bottom of the inner bag 2 has been correspondingly formed depression knot Structure（It is unmarked）, the sunk structure forms to install in cavity, the installation cavity with the gap structure is provided with cabin 114, and the behind that back shroud 115 is arranged on shell 11 covers in backboard 113 and cabin 114, the back shroud 115, the machine Storehouse 114 and the formation heat-dissipating cavity of the backboard 113, the compressor 301 are arranged in the cabin 114, the condenser 302 It is fixed on the backboard 113, is provided with cold wind import and hot-blast outlet, the heat-dissipating cavity and sets on the back shroud 115 Be equipped with radiator fan 101, radiator fan by extraneous air from cold wind import is drawn into heat-dissipating cavity, air and condenser 302 and the heat exchange of compressor 301 after from hot-blast outlet discharge, realize radiating.In addition, heat insulation glass part 2 include panel 21, it is true Empty glass plate 22 and foaming framework 23, the hollow plate glass 22 and the foaming framework 23 are fixed on the following table of the panel 21 Face, the foaming framework 23 is enclosed in the periphery of the hollow plate glass 22, and the foaming framework 23 has turnup structure 231, The turnup structure 231 covers in the panel 21, shape between the foaming framework 23 and the shell 11 and the inner bag 12 Into the foaming cavity.Specifically, heat insulation glass part 2 is assembled by panel 21, hollow plate glass 22 and foaming framework 23, Heat insulation glass part 2 is by foaming framework 23 on shell 11, and hollow plate glass 22 is located at form 121, foam frame Hair is formed between frame 23, the U-shaped main body 111, the upper beam 112, the backboard 113, the cabin 114 and the inner bag 12 Steep in cavity, the foaming cavity and form foaming layer, and the inner ring of form 121 can be provided with window frame 122, the side of window frame 122 Edge is provided with installing plate（It is unmarked）, the window frame is inserted in the form 121, and the installing plate is fixed on the inner bag 12 Inner roof wall, the foaming framework 23 is installed on the window frame 122, in foaming process, and after expanded material hardening, foaming layer is risen Completely foam cavity, so that foaming framework 23 deforms upon the edge for being squeezed in hollow plate glass 22, can be incubated glass Glass part 2 with vertical insulation shell 1 is more solid and reliable fits together.And in order to meet different user to the outward appearance of shell 11 The different demands of effect, the both sides of shell 11 are provided with dismountable decorative panel 16, specifically, decorative panel 16 is using dismountable Mode is arranged on shell 11, in actual use, can use different appearances according to user's request difference Decorative panel 16, so that the individual demand of user is met, wherein, two sidepieces of U-shaped main body 111 are respectively arranged with the first grafting Portion 116, the inner surface setting of the decorative panel 16 has the second plug division（It is not shown）, first plug division 116 and described the Two plug divisions are plug-in；And in order to realize decorative panel 16 and the good connection of heat insulation glass part 2, the side of turnup structure 231 Edge is provided with the first Access Division 232, and the top edge of the decorative panel 16 is provided with the second Access Division 161, first Access Division 232 are fastened with second Access Division 161.

Further, in order to improve top bandwagon effect, the storing cavity middle position is set in the lower section of the form 121 There is an illuminating lamp, the light that illuminating lamp is produced will illuminate space around form 121, wherein, and illuminating lamp can include light-emitting substrate With the light source composition being arranged under light-emitting substrate so that illuminating lamp constitutes area source 15, improves bandwagon effect；For example：Form 121 Lower section can be provided with transparent wine frame or hollow out wine frame 500, and area source 15 is located at the lower section of hollow out wine frame 500, hollow out wine frame 500 In placement after drinking, area source 15 irradiates bottle through hollow out wine frame 500, enables a user to preferably see from top and engraves Wine in empty wine frame 500.And insulation cut-off is provided with the space of storing cavity, the storing cavity in order to more effectively utilize 13, the storing cavity is divided into displaying cavity setting up and down by the insulation cut-off 13（It is unmarked）With lower storing cavity （It is unmarked）, the hollow out wine frame 500 is in the displaying cavity, and the area source 15 is arranged on the insulation cut-off 13 On, wherein, insulation cut-off 13 is arranged in storing cavity using dismountable mode, described on the vertical insulation shell 1 Central sill 14 is provided with opening, the inwall of the inner bag 12 has been correspondingly formed support protrusion（It is unmarked）, the central sill and described Support protrusion forms annular peripheral frame, and the insulation cut-off 13 is detachably arranged in the annular peripheral frame.Wherein, central sill 14 can Think individual components, the inside of central sill 14 itself is provided with insulation material, or, the both ends of the central sill 14 be provided with it is described The foaming layer of foaming is also formed with the through hole that the cavity that foams is connected, central sill 14.In addition, heat insulation glass part 2 is additionally operable to Fixed control panel 600 is installed, control panel 600 is arranged on the following table of heat insulation glass part 2 by the way of detachably installing Face, specifically, forming the Touch Zone 211 on the panel 21, installing port 232 is provided with the turnup structure 231, described Control panel 600 is installed in the installing port 232.

The specific assemble method of the utility model vertical-foaming casing 100 is as follows：

Step 1: inner bag 12 is pre-installed vertical insulation shell 1 is formed in shell 11.Specifically, by inner bag 12 in advance mounted in U-shaped Side installs upper beam 112, backboard 113 and cabin 114 and forms vertical insulation shell in main body 111 and before and after U-shaped main body 111. Wherein, after inner bag 12 is mounted in U-shaped main body 111 in advance, upper beam 112, central sill 14 and backboard 113 are fixed on U-shaped master by adhesive tape Realize that prepackage is fixed on body 111.

Step 2: heat insulation glass part 2 is fitted together with vertical insulation shell 1, heat insulation glass part 2, which is covered, to be regarded Window 121, forms foaming cavity between heat insulation glass part 2, shell 11 and inner bag 12.Specifically, heat insulation glass part 2 is placed Lower section, vertical insulation shell 1 is stood upside down and places and is arranged on from the top of heat insulation glass part 2 on heat insulation glass part 2, insulation Glass component 2 covers form 121, and foaming cavity is formed between heat insulation glass part 2, shell 11 and inner bag 12, wherein, inciting somebody to action Vertical insulation shell 1, which stands upside down, to be placed and after the top of heat insulation glass part 2 is on heat insulation glass part 2 so that vertical Insulation shell 1 is installed on the foaming framework 23 of heat insulation glass part 2, and the window frame 122 on the inner bag 12 of vertical insulation shell 1 Clamp is carried out with foaming framework 23 to be connected, and the foaming cavity is formed between foaming framework 23, shell 11 and inner bag 12.And due to The warm weight of glass component 2 is larger, if being installed from top, installation difficulty is larger, and buckle alignment difficulties are, it is necessary to which many people cooperation, also holds Fragile casing, and reverse mounted mode is used, installation difficulty can be reduced, reducing casing damages problem, by heat insulation glass portion Part 2 place lower section, on the one hand can avoid because the heavier-weight of heat insulation glass part 2 cause it is unexpanded before shell 11 because weighed Deform again, on the other hand, heat insulation glass part 2 is placed in bottom, and foamed material flows to bottom, can be with shape at form 121 Into finer and close foaming layer, the heat-insulating property and connection reliability at form 121 are improved.

Step 3: injecting expanded material into foaming cavity, expanded material forms foaming layer in foaming cavity, is incubated glass Glass part 2, shell 11 and inner bag 12 are linked together by foaming layer.

Based on above-mentioned technical proposal, optionally, refrigeration plant can be by the way of direct-cooled, such as：Evaporator is set On inner bag 12；Refrigeration plant can also be blown by the way of air-cooled using modularization air channel 400, specifically, module Wind transmission road 400 includes being provided with air outlet 401 and return air inlet 402, institute on air channel housing 41 and blower fan 42, the air channel housing 41 State blower fan 42 to be arranged on the air channel housing 41, the evaporator 303 and the modularization air channel 400 are arranged on the inner bag The back of 12 storing cavitys；Air in the storing cavity is sucked from the return air inlet 402 and by the evaporator 303 After heat exchange by the blower fan 42 from the air outlet 401 is blown into the storing cavity；Due to gravity and the grade of blower fan 42 because The influence of element, traditional vertical freezer is after cold wind blowout, and cold air still has sinking tendency, for the shorter space of height, storing Had before and after in cavity cold wind circulation less than situation, cause and circulate insufficient front side in wind（Close to refrigerator door side）With Rear side（Close at refrigerator backboard）There is dead angle, cause the temperature at this to increase with the temperature inside the box difference, and followed to meet air Circulation moves smooth, the requirement of uniformity of temperature profile, and the air outlet 401 and return air inlet 402 are respectively positioned at the storing cavity At correspondence sidewall locations, the air-flow of bottom horizontal flow sheet is formed between the air outlet 401 and return air inlet 402, it is cold after blower fan 42 starts Wind from the level of air outlet 401 blow out, with storage chamber body in food heat exchange after, from the quilt of return air inlet 402 positioned at opposite side The negative pressure suction that blower fan 42 is produced, the air after suction is blown out after the cooling of evaporator 303, then from air outlet 401, because this is followed The air outlet 401 and return air inlet 402 of ring are horizontally disposed, and convective exchange of the cold air on the horizontal plane is more abundant, so as to reduce The temperature difference all around put in the space plane dimension.For the refrigeration plant being related in the utility model, chamber is shown The height of body is shorter, then the air outlet 401 and return air inlet 402 that modularization air channel 400 is located in displaying cavity are located at described respectively At the corresponding sidewall locations of storing cavity, the air-flow of bottom horizontal flow sheet is formed in displaying cavity；And for the height of lower storing cavity Higher, then the air outlet 401 and return air inlet 402 that modularization air channel 400 is located in lower storing cavity can then be arranged using conventional, I.e. air outlet 401 and return air inlet are arranged about 402.Wherein, the air channel housing 41 includes the fore shell 411 linked together with after It is provided with the air outlet 401 and the return air inlet 402, the air channel housing 41 and is provided with shell 412, the fore shell 411 Air-out passage 431 and return air channel 432, the air-out passage 431 and the air-out are formed in thermal insulator 43, the thermal insulator 43 Mouth 401 is connected, and the return air channel 432 is connected with the return air inlet 402, and the rear surface of the thermal insulator 43 forms fluted （It is not shown）, air-out cavity is formed between the groove and the rear shell 412, the blower fan 42 is arranged on the air-out cavity In, corresponding air-out passage 431 and return air channel 43 are set using on thermal insulator 43 is protected, it can be ensured that air-out and return air are mutual not Interference, in the case of cold air is conveyed to multiple cavities, can use multigroup air-out passage 431 and return air channel 43, it is ensured that cold is evenly distributed, air vent is provided with the rear shell 412, the blower fan sets shell in the rear and covered in The air vent 413, the evaporator 303 is located between the return air channel 43 and the air vent 413, in storing cavity Air is delivered to evaporator 303 by return air channel 43, in the presence of blower fan 42, and the air that return air channel 43 is exported is passed through and steaming After the hair heat exchange of device 303 from ventilating opening 413 enters air-out cavity, the return air channel 432 is provided with the rear shell 412 Outlet, the evaporator 303 fixes on shell 412 in the rear and covers in the outlet of the return air channel 432.And for essence Accurate control storing cavity insulation separates the temperature of the 13 sub- cavitys of storing being divided into, the air-out passage 431 or it is described go out Air door 44 is provided with air port 401, by controlling the switch of air door 44 accurately to control the temperature of the different sub- cavitys of storing.Separately Outside, using the refrigeration plant of air cooling way, when installing insulation cut-off 13, be formed with support beam 414 on fore shell 411, it is described in Beam 14, the support beam 414 and the support protrusion form annular peripheral frame.

For by the way of insulation door body 200 ', insulation door body 200 ' is arranged on vertical insulation shell 1 by hinge, Wherein, insulation door body 200 ' can be using foaming door body or vacuum glass door.It is described for by the way of storage drawer 200 Slide rail 20 is provided with inner bag 12, the storage drawer 200 is arranged on the slide rail 20, wherein, for using multiple storings The vertical insulation shell 1 of sub- cavity, the bottom of the storage drawer 200 in the sub- cavity of topmost storing is transparent configuration, and Hollow out wine frame 500 is placed in storage drawer 200, and storage drawer 200 is included before drawer front 201 and pallet 202, the drawer Support frame 203 is provided with plate 201, support frame as described above 203 is arranged on the slide rail 20, and the pallet 202 is overlapped on described On support frame 203.It is preferred that, for convenience user from the unilateral observation of storage drawer 200 its storage article, drawer front 201 It is made of vacuum glass, the edge of drawer front 201 is provided with barrier bed（It is unmarked）, the area surrounded described in the barrier bed Domain forms perspective area.

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 (9)

1. a kind of vertical refrigeration plant of top transparent, including vertical-foaming casing, the front of the vertical-foaming casing, which is formed, opens Mouthful, the vertical-foaming casing includes the inner bag of shell and setting in the housing, and the inner bag forms storing cavity, and it is special Levy and be, the form connected with the storing cavity is offered at the top of the vertical-foaming casing, the top transparent is vertical Refrigeration plant also includes heat insulation glass part, and form is stated in the heat insulation glass component lid residence, the heat insulation glass part with Formed between the shell and the inner bag in foaming cavity, the foaming cavity and form foaming layer；The heat insulation glass part Lower surface be provided with dismountable control panel, the upper surface of the heat insulation glass part is provided with for operating the manipulation The Touch Zone of panel.

2. the vertical refrigeration plant of top transparent according to claim 1, it is characterised in that the heat insulation glass part includes Panel, hollow plate glass and foaming framework, the hollow plate glass and the foaming framework are fixed on the lower surface of the panel, The foaming framework is enclosed in the periphery of the hollow plate glass, and the foaming framework has turnup structure, the turnup structure The panel is covered in, the foaming cavity is formed between the foaming framework and the shell and the inner bag.

3. the vertical refrigeration plant of top transparent according to claim 2, it is characterised in that described touch is formed on the panel Control and be provided with installing port on area, the turnup structure, the control panel is installed in the installing port.

4. the vertical refrigeration plant of top transparent according to claim 2, it is characterised in that the hollow plate glass is arranged on In the form.

5. the vertical refrigeration plant of top transparent according to claim 2, it is characterised in that the foaming framework is installed on institute State on vertical-foaming casing.

6. the vertical refrigeration plant of top transparent according to claim 1, it is characterised in that be provided with the storing cavity The storing cavity is divided into the sub- cavity of multiple storings setting up and down by least one insulation cut-off, the insulation cut-off, its In, it is to show in cavity, the displaying cavity to be provided with illuminating lamp positioned at the sub- cavity of the storing of topmost.

7. the vertical refrigeration plant of top transparent according to claim 6, it is characterised in that on the vertical-foaming casing Central sill is provided with the opening, the inwall of the inner bag has been correspondingly formed support protrusion, the central sill and the support protrusion Annular peripheral frame is formed, the insulation cut-off is detachably arranged in the annular peripheral frame.

8. the vertical refrigeration plant of top transparent according to claim 7, it is characterised in that the both ends of the central sill are set There is the through hole connected with the foaming cavity.

9. the vertical refrigeration plant of top transparent according to claim 6, it is characterised in that in each sub- cavity of storing Return air inlet and air outlet are provided with, the return air inlet and the air outlet are respectively positioned at the respective side wall position of the sub- cavity of the storing Place is put, the air-flow of bottom horizontal flow sheet is formed between the return air inlet and the air outlet.