CN208382679U - A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator - Google Patents
A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator Download PDFInfo
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- CN208382679U CN208382679U CN201820462057.7U CN201820462057U CN208382679U CN 208382679 U CN208382679 U CN 208382679U CN 201820462057 U CN201820462057 U CN 201820462057U CN 208382679 U CN208382679 U CN 208382679U
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- slideway
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- oral area
- sliding door
- glass sliding
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Abstract
The utility model discloses the cabinet mouth discharge structures and horizontal refrigerator of a kind of horizontal refrigerator, cabinet mouth includes the first extrusion cabinet oral area and the second injection molding cabinet oral area of connection, the slideway for undertaking glass sliding door is provided on first extrusion cabinet oral area, second injection molding cabinet oral area includes the side plate above slideway, when glass sliding door closes the cabinet mouth, glass sliding door and side plane contact are to realize closing of the glass sliding door to refrigerator.Position corresponding with slideway is provided with slideway discharge outlet on side plate, and the condensed water on slideway can be discharged from corresponding slideway discharge outlet completely, and drainage effect is good.The end of slideway is connect with side plate, the seam that slideway and side plate are formed undertakes except the position of glass sliding door in slideway, the slideway position for undertaking glass sliding door does not have to generate pause and transition in rhythm or melody sense because of seam when seam, smooth, good airproof performance, glass sliding door push-and-pull, wear, and seam is in concealment part, it is not easy to dust stratification.
Description
Technical field
The utility model belongs to technical field of refrigeration equipment, specifically, being to be related to a kind of cabinet mouth draining of horizontal refrigerator
Structure and horizontal refrigerator.
Background technique
It is easy to form condensed water on sliding door in Horizontal refrigerator with vitreous sliding door cabinet mouth process of refrigerastion, condensed water collects in
At cabinet mouth, it is then desired to discharge structure be arranged at cabinet mouth refrigerator is discharged in condensed water.Now there are two types of discharge outlet:
The first is the drainage hole in corner's setting discharge condensed water of Opening of refrigeration cabinet, as shown in Figure 1, on the one hand, row
Water hole is smaller, and displacement is restricted；On the other hand, since the size of drainage hole leads to not install filter screen, condensed water is straight
Run in into drainpipe, be easy to cause dirty stifled, is not easy to clear up；In another aspect, drainage hole is exposed in Opening of refrigeration cabinet corner, row
Water hole upward, not only unsightly, is also easy to dust stratification.
Second is that trap drainage plug is arranged on the glass sliding door slideway for squeezing out cabinet mouth, and such trap drainage structure can
Realize that draining and filtering function still have the drawback that
As shown in Fig. 2, trap drainage plug is generally located on the slideway for squeezing out cabinet mouth close to the position of injection molding cabinet mouth side plate,
But trap drainage plug has a certain distance apart from side plate, thus, when glass sliding door is slided to side plate direction, on slideway
The condensed water on the L of position between trap drainage plug and side plate can not be discharged from trap drainage plug, condensed water position L build up compared with
It is more, or even under the thrust of glass sliding door, the condensed water at the L of position, which can be directly spilled over in cabinet body, forms frost.
Since trap drainage plug is arranged on the slideway for squeezing out cabinet mouth, it is also easy to generate and docks out-of-flatness with slideway, pushing away
Cut a piece of glass sliding door when have pause and transition in rhythm or melody sense, influence customer experience, be easy dust stratification.
Due to needing to open up discharge outlet on the slideway for squeezing out cabinet mouth, squeezes out cabinet mouth and generally processed by extrusion process
At needing after slideway extrusion molding, then process discharge outlet on slideway, manufacturing procedure is more, complex process.
The scheme that trap drainage plug is arranged on slideway can also make the leakproofness of glass sliding door and cabinet mouth be deteriorated: as Fig. 3,
Shown in Fig. 4, since glass sliding door is that hard line contacts with slideway, thus, glass sliding door and slideway are at trap drainage plug
Poor sealing, air and outside air are easy to happen play at the trap drainage plug of glass sliding door and slideway in cabinet.
Fig. 3 shows upper layer glass sliding door and drains the air-flow flow path of mouth contact position, and Fig. 4 shows lower layer's glass sliding door
With the air-flow flow path of draining mouth contact position.Such mode can not only make to reduce cold outside refrigerator inner air discharge cabinet
Cabinet refrigerating efficiency is also easy to form frosting after causing outside moisture to enter in cabinet.
Summary of the invention
The purpose of the utility model is to provide a kind of Horizontal refrigerator with vitreous sliding door cabinet mouth, solves and row is set on slideway
Water filtering plug drainage effect is bad, the technical problem of the pause and transition in rhythm or melody of glass sliding door sliding process and processing technology complexity.
To realize above-mentioned purpose of utility model, the cabinet mouth discharge structure of horizontal refrigerator provided by the utility model is using following
Technical solution is achieved:
A kind of cabinet mouth discharge structure of horizontal refrigerator, the cabinet mouth include the first extrusion cabinet oral area and the second injection molding of connection
Cabinet oral area, described first squeezes out the slideway being provided on cabinet oral area for undertaking glass sliding door, the second injection molding cabinet oral area
Including being located at the side plate above the slideway, when the glass sliding door closes the cabinet mouth, the glass sliding door with it is described
Side plane contact;The end of the slideway is connect with the side plate, and the seam that the slideway is formed with the side plate undertakes in slideway
Except the position of glass sliding door;Position corresponding with the slideway is provided with slideway discharge outlet on the side plate.
The cabinet mouth discharge structure of horizontal refrigerator as described above, it is described when the glass sliding door is with the side plane contact
Glass sliding door is for the slideway discharge outlet to be isolated with the space in refrigerator.
The cabinet mouth discharge structure of horizontal refrigerator as described above, the cabinet mouth include sequentially connected first extrusion cabinet mouth
Portion, the second injection molding cabinet oral area, third squeeze out cabinet oral area and the 4th injection molding cabinet oral area, are arranged on the first extrusion cabinet oral area and are used for
Undertake the upper layer slideway of upper layer glass sliding door and lower layer's slideway for undertaking lower layer's glass sliding door, the second injection molding cabinet
Oral area includes the side plate above upper layer slideway and lower layer's slideway, when the glass sliding door closes the cabinet mouth, it is described on
Layer glass sliding door is contacted with the 4th injection molding cabinet oral area, and lower layer's glass sliding door and described second is molded cabinet oral area
Side plane contact；Position corresponding with the upper layer slideway is provided with upper layer slideway discharge outlet on the side plate, on the side plate with
The corresponding position of lower layer's slideway is provided with lower layer's slideway discharge outlet.
The cabinet mouth discharge structure of horizontal refrigerator as described above, lower layer's glass sliding door and the second injection molding cabinet mouth
When the side plane contact in portion, lower layer's glass sliding door is used to drain in the upper layer slideway of the side plate of the second injection molding cabinet oral area
Mouth and lower layer's slideway discharge outlet are isolated with the space in refrigerator.
The cabinet mouth discharge structure of horizontal refrigerator as described above, is provided on the side plate of the second injection molding cabinet oral area and institute
The load plane that lower layer's slideway connects is stated, when lower layer glass sliding door and described second are molded the side plane contact of cabinet oral area,
Lower layer's glass sliding door is contacted with the load plane.
The cabinet mouth discharge structure of horizontal refrigerator as described above is provided with sealing strip on lower layer's glass sliding door, institute
Sealing strip is stated to contact with the side plate of the second injection molding cabinet oral area and load plane.
The cabinet mouth discharge structure of horizontal refrigerator as described above, the upper layer slideway discharge outlet and lower layer's slideway discharge outlet are
Several notches of the side plate bottom are provided with, the notch is for draining and filtering.
The cabinet mouth discharge structure of horizontal refrigerator as described above is provided with positioned at lower layer's slideway on the inside of the side plate
Water drain funnel below discharge outlet and the diversion division below the slideway discharge outlet of upper layer, the diversion division are used for the upper layer
The condensate water guide of slideway discharge outlet discharge is to the water drain funnel.
The cabinet mouth discharge structure of horizontal refrigerator as described above, the first extrusion cabinet oral area are provided with the Appearance Panel, institute
It states and is provided with styling panel, described styling panel covering part the Appearance Panel on the second injection molding cabinet oral area.
A kind of horizontal refrigerator, including above-mentioned cabinet mouth discharge structure.
Compared with prior art, the advantages and positive effects of the utility model are as follows: the cabinet mouth of the utility model horizontal refrigerator
First including connection squeezes out cabinet oral area and the second injection molding cabinet oral area, is provided on the first extrusion cabinet oral area and pushes away for undertaking glass
The slideway of sliding door, the second injection molding cabinet oral area includes the side plate above slideway, when glass sliding door closes cabinet mouth, glass push-and-pull
Door and side plane contact are to realize closing of the glass sliding door to refrigerator；The end of slideway is connect with side plate, and slideway is formed with side plate
Seam undertaken except the position of glass sliding door in slideway, the slideway position for undertaking glass sliding door does not have seam, smooth, close
Pause and transition in rhythm or melody sense will not be generated because of seam, is worn when good, the glass sliding door push-and-pull of envelope property, and seam is in concealment part, no
It is easy dust stratification.The utility model is provided with slideway discharge outlet in position corresponding with slideway on the side plate of the second injection molding cabinet oral area,
Condensed water on slideway can be discharged by slideway discharge outlet, and during glass sliding door slides into side plate, slideway
On condensed water under the thrust of glass sliding door, can completely from corresponding slideway discharge outlet be discharged, there is no products
The case where water, drainage effect are good.In addition, slideway discharge outlet is arranged on side plate, it is not take up slideway, slideway can be made smooth, glass
Glass sliding door pushes and pulls smooth, no pause and transition in rhythm or melody sense, improves user experience.The discharge outlet of the utility model is located on injection molding cabinet oral area, can
To form discharge outlet while injection molding, simplify processing technology.
After specific embodiment of the present utility model is read in conjunction with the figure, other features and advantages of the utility model will become
It obtains clearer.
Detailed description of the invention
Fig. 1 is the schematic diagram that drainage hole is arranged on cabinet mouth in the prior art.
Fig. 2 is the schematic diagram that trap drainage plug is arranged on cabinet mouth slideway in the prior art.
Fig. 3 is prior art glass sliding door and cross-sectional view of the cabinet mouth at trap drainage plug at the middle and upper levels.
Fig. 4 is lower layer's glass sliding door and cross-sectional view of the cabinet mouth at trap drainage plug in the prior art.
Fig. 5 is the schematic diagram of the utility model specific embodiment refrigerator.
Fig. 6 is the enlarged drawing of extrusion cabinet oral area and left injection molding cabinet oral area junction before the utility model specific embodiment.
Fig. 7 is the utility model specific embodiment lower layer's glass sliding door side (lower layer's glass sliding door and side plane contact
Face) schematic diagram.
Fig. 8 be the utility model specific embodiment lower layer's glass sliding door close when and side plane contact schematic diagram.
Fig. 9 is the schematic diagram inside the left injection molding cabinet oral area side plate of the utility model specific embodiment.
Figure 10 is the utility model specific embodiment lower layer glass sliding door closed mode schematic diagram.
Figure 11 is the utility model specific embodiment upper layer glass sliding door closed mode schematic diagram.
Figure 12 is that the left injection molding cabinet oral area of the utility model specific embodiment and preceding extrusion cabinet oral area and the rear cabinet oral area that squeezes out connect
Connect the enlarged drawing at place.
Figure 13 is the enlarged drawing of extrusion cabinet oral area and left injection molding cabinet oral area junction before the utility model specific embodiment.
Figure 14 is the end enlarged drawing of the left injection molding cabinet oral area of the utility model specific embodiment.
Figure 15 is the cross-sectional view of extrusion cabinet oral area before the utility model specific embodiment.
1, cabinet body；2, left injection molding cabinet oral area；3, right injection molding cabinet oral area；23, side plate；231, load plane；2311, upper layer is sliding
Road discharge outlet；2321, lower layer's slideway discharge outlet；2331, water drain funnel；2341, diversion division；2351, card slot；233, the first carrying
Portion；234, positioning bar；236, styling panel；2361, top panel；2362, side panel；2363, segmental arc；4, preceding extrusion cabinet mouth
Portion；5, cabinet oral area is squeezed out afterwards；451, upper layer slideway；452, lower layer's slideway；453, the Appearance Panel；4531, top panel；4532, side
Panel；6, upper layer glass sliding door；7, lower layer's glass sliding door；8, draw runner；9, sealing strip.
Specific embodiment
The technical solution of the utility model is described in further detail with reference to the accompanying drawings and detailed description.
The present embodiment proposes a kind of horizontal refrigerator, including cabinet body, and cabinet mouth is provided at the top of cabinet body, sets on cabinet mouth
Slidable glass sliding door is set, glass sliding door and cabinet mouth cooperate, to open and close refrigerator.Wherein, it is set on cabinet mouth
Slideway is set, glass sliding door slides on the slideway of cabinet mouth.
When due to refrigerator work, there are the temperature difference inside and outside refrigerator, when the temperature difference inside and outside glass sliding door is greater than dew point,
It being easy to generate condensed water on glass sliding door, condensed water can flow at cabinet mouth along glass sliding door, thus, it is cold in order to prevent
Condensate is built up at cabinet mouth and is flow to inside refrigerator, and refrigerator inner icing frosting is caused, and needs to design discharge structure on cabinet mouth
The condensed water of cabinet oral area position to be discharged.
The present embodiment is designed the discharge structure on cabinet mouth, and the cabinet mouth of the present embodiment includes the first extrusion cabinet of connection
Oral area and the second injection molding cabinet oral area, wherein injection molding cabinet oral area is that the injection molding profile to be formed is processed by Shooting Technique, squeezes out cabinet mouth
Portion is that the extrusion profile to be formed is processed by extrusion process.It is provided on the first extrusion cabinet oral area for undertaking glass sliding door
Slideway, glass sliding door slides along slideway, and the second injection molding cabinet oral area includes the side plate above the slideway, and glass sliding door closes
When closing cabinet mouth, side plate is contacted with glass sliding door, with enclosures mouth.The end of slideway is connect with side plate, and slideway is formed with side plate
Seam undertaken except the position of glass sliding door in slideway, the slideway position for undertaking glass sliding door does not have seam, smooth, close
Pause and transition in rhythm or melody sense will not be generated because of seam, is worn when good, the glass sliding door push-and-pull of envelope property, and seam is in concealment part, no
It is easy dust stratification.The present embodiment position corresponding with slideway on side plate is provided with slideway discharge outlet, and the condensed water on slideway can be with
It is discharged by slideway discharge outlet, and in glass sliding door sliding, the condensed water on slideway is made in the thrust of glass sliding door
Under, it can be discharged completely from slideway discharge outlet, the case where there is no ponding.
When glass sliding door and side plane contact, glass sliding door is for slideway discharge outlet to be isolated with the space in refrigerator.
The present embodiment can reinforce glass sliding door and cabinet mouth in the leakproofness at slideway discharge outlet position, avoid air and outside in cabinet
At the slideway discharge outlet position of side plate play occurs for air, improves the refrigerating efficiency of refrigerator, reduces frosting.
Specifically, cabinet mouth includes sequentially connected preceding crowded as shown in figure 5, cabinet mouth is arranged in the present embodiment on refrigerator cabinet body 1
Offer for sale oral area 4, left injection molding cabinet oral area 2, rear extrusion cabinet oral area 5 and right injection molding cabinet oral area 3, is slidably provided with upper layer on cabinet mouth
Glass sliding door 6 and lower layer's glass sliding door 7.
The upper layer slideway for undertaking upper layer glass sliding door 6 is respectively provided on cabinet oral area 5 in preceding extrusion cabinet oral area 4 and rear squeeze out
451 and undertake lower layer's slideway 452 of lower layer's glass sliding door 7, the both ends of upper layer slideway 451 and lower layer's slideway 452 respectively with a left side
It is molded cabinet oral area 2 and the connection of right injection molding cabinet oral area 3.Left injection molding cabinet oral area 2 includes being located at upper layer slideway 451 and lower layer's slideway 452
The side plate 23 of top, side plate 23 connect to forming seam with slideway, and the seam of formation undertakes the position of glass sliding door in slideway
Except, slideway, which undertakes, does not have seam on the position of glass sliding door, thus, glass sliding door can be free to slide on slideway.
When glass sliding door closes cabinet mouth, upper layer glass sliding door 6 is contacted with the side plate 23 of right injection molding cabinet oral area 3, lower layer
Glass sliding door 7 is contacted with the side plate 23 of left injection molding cabinet oral area 2.Position corresponding with upper layer slideway 451 is provided on side plate 23
Upper layer slideway discharge outlet 2311, position corresponding with lower layer's slideway 452 is provided with lower layer's slideway discharge outlet 2321 on side plate 23, and
The height of upper layer slideway discharge outlet 2311 is higher than the height of lower layer's slideway discharge outlet 2321.
As shown in Fig. 6,15, it was illustrated for extrusion cabinet oral area in the past, the rear structure for squeezing out cabinet oral area and preceding cabinet oral area
It is similar.
Preceding extrusion cabinet oral area 4 includes upper layer slideway 451 and lower layer's slideway 452.
Upper layer slideway 451 includes sliding for carrying the level of upper layer glass sliding door 6 below upper layer glass sliding door 6
Road and vertical with horizontal slide vertical slideway above horizontal slide, horizontal slide is for carrying upper layer glass sliding door 6
Lower surface, upper layer slideway discharge outlet 2311 is located at the top of horizontal slide.The preceding vertical slideway for squeezing out cabinet oral area 4 is for limiting
The front side of upper layer glass sliding door 6, the rear vertical slideway for squeezing out cabinet oral area 5 are used to limit the rear side of upper layer glass sliding door 6.For
The smoothness for increasing sliding, is arranged sliding rail, in order to improve the wearability of upper layer glass sliding door 6, upper on horizontal slide
The lower surface of layer glass sliding door 6 is provided with the draw runner 8 with sliding rail cooperation, and draw runner 8 is preferably POM material.Lower layer's slideway 452 wraps
It includes and is located at the horizontal slide below lower layer's glass sliding door 7 for carrying lower layer's glass sliding door 7 and is located above horizontal slide
The vertical slideway vertical with horizontal slide, horizontal slide are used to carry the lower surface of lower layer's glass sliding door 7, the draining of lower layer's slideway
Mouth 2321 is located at the top of horizontal slide.The preceding vertical slideway for squeezing out cabinet oral area 4 is for before limiting lower layer's glass sliding door 7
Side, the rear vertical slideway for squeezing out cabinet oral area 5 are used to limit the rear side of lower layer's glass sliding door 7.In order to improve the push-and-pull of upper layer glass
The wearability of door 6, as shown in fig. 7, being provided with the draw runner 8 with sliding rail cooperation, draw runner 8 in the lower surface of lower layer's glass sliding door 7
Preferably POM material.
Upper layer slideway 451 connects with lower layer slideway 452 namely the horizontal slide of upper layer slideway 451 and lower layer's slideway 452
Vertical slideway connects.
As shown in Figure 12,13,15, it is provided with the Appearance Panel 453 at the top of cabinet mouth squeezing out, is used to form the appearance of cabinet mouth
Shape, the Appearance Panel of the present embodiment include the side panel positioned at the top panel 4531 of cabinet body top surface and positioned at cabinet body lateral surface
4532, top panel 4531 connects with side panel 4532.
The Appearance Panel 453 connects with upper layer slideway 451, the top panel 4531 of the Appearance Panel 453 and erecting for upper layer slideway 451
Straight slideway connects.
It is formed due to squeezing out profile using extrusion process, it is abundant outer that moulding can not be set on squeezing out cabinet oral area
It sees, in order to improve the rich and varied property of cabinet mouth moulding, the present embodiment is provided with styling panel 236, moulding on injection molding cabinet oral area
236 covering part the Appearance Panel 453 of panel.Since injection molding cabinet oral area is formed using Shooting Technique, can on injection molding cabinet mouth shape
At moulding abundant, thus, moulding abundant can also be formed on styling panel 236, passed through the covering of styling panel 236 and squeezed out cabinet mouth
Partial appearance panel 453 the moulded rich and varied property of cabinet mouth can be improved.
As shown in Figure 12,13,14, styling panel 236 is located at the end of left injection molding cabinet oral area 2, styling panel 236 and left note
Mould cabinet oral area 2 at an angle.Preferably, styling panel 236 is vertical with the left injection molding side plate 23 of cabinet oral area 2.
Styling panel 236 includes top panel 2361 and side panel 2362,2361 covering part of top panel of styling panel 236
The top panel 4531 of the Appearance Panel 453, the side panel of 2362 covering part the Appearance Panel 453 of side panel of styling panel 236
4532。
In order to be adapted with the shape of refrigerator cabinet body 1, styling panel 236 and injection molding cabinet mouth formed corner part have with it is cold
The segmental arc 2363 that cabinet cabinet body 1 cooperates, specifically, segmental arc 2363 is located on side panel 2362.
As shown in figure 13, the cover width D of styling panel 236 and the Appearance Panel 453 is at least 4mm.Be molded cabinet oral area with
It squeezes out after cabinet oral area assembles and is assembled again with the box shell of cabinet body 1, liner, foamed after assembly.Inside foamed material
Expansive force, may cause injection molding cabinet oral area and squeeze out cabinet oral area has the displacement of 1-2mm.Due to the present embodiment styling panel 236
Cover width D with the Appearance Panel 453 has been more than 4mm, therefore, even if displacement, injection molding occur in injection molding cabinet mouth and extrusion cabinet mouth
Flash stitch will not occur between cabinet mouth and extrusion cabinet mouth.
In order to improve injection molding cabinet mouth and squeeze out the stability after the assembly of cabinet mouth, as shown in figure 14, it is arranged on injection molding cabinet mouth
There is the first supporting part 233 for carrying 452 both ends of upper layer slideway 451 and lower layer's slideway, it is sliding that the first supporting part 233 is located at upper layer
The lower section of road 451 and lower layer's slideway 452 is simultaneously contacted with upper layer slideway 451 and lower layer's slideway 452, to upper layer slideway 451 and lower layer
Slideway 452 is played a supporting role.Preferably, the first supporting part 233 and upper layer slideway 451, lower layer's slideway 452 contact surface on
Location structure is set, location structure is set on the contact surface of upper layer slideway 451, lower layer's slideway 452 and the first supporting part 233,
Location structure can be positioning bar 234.Certainly, location structure can also be provided only on upper layer slideway 451 and lower layer's slideway 452,
Or location structure is respectively provided on the first supporting part, upper layer slideway 451 and lower layer's slideway 452.
As shown in fig. 6, left injection molding cabinet oral area 2 includes the side plate 23 positioned at 452 top of upper layer slideway 451 and lower layer's slideway,
Side plate 23 is vertically arranged with upper layer slideway 451 and lower layer's slideway 452, side plate 23 and 452 phase of upper layer slideway 451 and lower layer's slideway
It connects, the seam that side plate 23 and slideway are formed is located at slideway and undertakes except the position of glass sliding door, can be to avoid glass sliding door
The pause and transition in rhythm or melody sense generated when sliding, and improve the leakproofness of slideway.The left side face contact of side plate 23 and lower layer's glass sliding door 7, side
Plate 23 has the plane with the left side face contact of lower layer glass sliding door 7, as shown in fig. 7, the left side of lower layer's glass sliding door 7
The plane formed for soft sealing strip 9.Upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321 are provided on side plate 23,
Upper layer slideway discharge outlet 2311 is located at the top of the horizontal slide of upper layer slideway 451, and lower layer's slideway discharge outlet 2321 is located at lower layer
The top of the horizontal slide of slideway 452.
When the side plate 23 of lower layer's glass sliding door 7 and left injection molding cabinet oral area 2 contacts, lower layer's glass sliding door 7 is used for will be left
Be molded the upper layer slideway discharge outlet 2311 of the side plate 23 of cabinet oral area 2 and space in lower layer's slideway discharge outlet 2321 and refrigerator every
From.
When lower layer's glass sliding door 7 closes cabinet mouth, the side of the side of lower layer's glass sliding door 7 and left injection molding cabinet oral area 2
23 face contact of plate forms sealing, the draw runner 8 of lower layer's glass sliding door 7 contacted with the horizontal slide of lower layer slideway 452 to be formed it is close
Envelope, the draw runner 8 of lower layer's glass sliding door 7 contacts formation sealing with side plate 23, at this point, lower layer's slideway discharge outlet 2321 is located at side plate
Position on 23 between position corresponding with draw runner 8 and vertical slideway.It, can be complete when lower layer's glass sliding door 7 closes cabinet mouth
Except the space that lower layer's slideway discharge outlet 2321 is isolated in refrigerator, meanwhile, also can by upper layer slideway discharge outlet 2311 every
Except the space in refrigerator.Also, it is set as soft sealing strip in the side of lower layer's glass sliding door 7, sealing strip 9 can
It is contacted completely with side plate 23, thus, lower layer's glass sliding door 7 and the leakproofness of left injection molding cabinet mouth 2 greatly improve, and avoid empty in cabinet
Gas and outside air improve the refrigerating efficiency of refrigerator, reduce frosting in the slideway discharge outlet position of side plate generation play.But
Such mode limits the position of lower layer's slideway discharge outlet 2321, so that the drainage area of lower layer's slideway discharge outlet 2321 is smaller.
In order not to by lower layer's slideway discharge outlet 2321 be limited on side plate 23 position corresponding with draw runner 8 and vertical slideway it
Between position on, and sealing effect is further increased, as shown in fig. 6, the present embodiment is set on the side plate 23 of left injection molding cabinet oral area 2
It is equipped with the load plane 231 to connect with the horizontal slide of lower layer slideway 452, lower layer's glass sliding door 7 and left injection molding cabinet oral area 2
When side plate 23 contacts, the lower surface of lower layer's glass sliding door 7 contacts to form sealing with load plane 231 and horizontal slide.At this point,
Due to the presence of load plane 231, lower layer's slideway discharge outlet can be also configured as in position corresponding with draw runner 8 on side plate 23
2321, to increase the drainage area of lower layer's slideway discharge outlet 2321.
As shown in fig. 7, the sealing strip 9 on lower layer's glass sliding door 7 includes positioned at the part of 7 side of lower layer's glass sliding door
With the part for being located at 7 lower section of lower layer's glass sliding door.Sealing strip 9 and the side plate 23 and load plane 231 of left injection molding cabinet oral area 2 connect
Touching.Specifically, the sealing strip for being located at 7 side of lower layer's glass sliding door is contacted with side plate 23, it is located at 7 lower section of lower layer's glass sliding door
Sealing strip contacted with load plane 231.Draw runner 8 connects with the end of sealing strip 9.
In the present embodiment, as shown in Fig. 8,10, lower layer's slideway discharge outlet 2321 is located at the horizontal slide of lower layer's slideway 452
Top.When lower layer's glass sliding door 7 and side plate 23 contact, draw runner 8 is contacted with the horizontal slide of lower layer slideway 452, sealing strip 9 and
Side plate 23 and load plane 231 contact, and draw runner 8 connects with the end of sealing strip 9, can be completely by lower layer's slideway discharge outlet 2321
It is isolated with space in cabinet, thus, upper layer slideway discharge outlet 2311 is also isolated with space in cabinet.Specifically, lower layer's glass sliding door 7
When contacting with side plate 23, sealing strip 9 contacts sealing with the side plate 23 of left injection molding cabinet oral area 2 and load plane 231；Draw runner 8 with it is close
Strip of paper used for sealing 9 is in close contact in junction, forms sealing；Draw runner 8 passes through the gravity of lower layer's glass sliding door 7, is fitted tightly over
Sealing is formed on the horizontal slide of lower layer's slideway 452.As shown in Figure 10, the present embodiment is in the left side of lower layer's glass sliding door 7
When contacting with the side plate 23 of left injection molding cabinet oral area 2, lower layer's glass sliding door 7 can be completely by upper layer slideway discharge outlet 2311 under
Layer slideway discharge outlet 2321 is isolated with the space in refrigerator, by upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321 every
From except refrigerator.Play will not occur at slideway discharge outlet for the air inside and outside cabinet body, ensure that the leakproofness of cabinet body.
Right injection molding cabinet oral area 3 and the preceding assembly method for squeezing out cabinet oral area 4 and left injection molding cabinet oral area 2 and preceding extrusion cabinet oral area 4
Assembly method it is similar, details are not described herein again.
In the present embodiment, when the side plate 23 of upper layer glass sliding door 6 and right injection molding cabinet oral area 3 contacts, the push-and-pull of upper layer glass
Door 6 is for closing the upper layer slideway discharge outlet 2311 of the side plate 23 with right injection molding cabinet oral area 3 and lower layer's slideway discharge outlet 2321
In refrigerator.The side of upper layer glass sliding door 6 is provided with soft sealing strip 9, when glass sliding door closes cabinet mouth, upper layer glass
Soft sealing strip 9 and 23 face contact of side plate on the side of glass sliding door 6, the position of soft sealing strip 9 and 23 face contact of side plate
Positioned at the top of upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321, thus, the upper layer glass push-and-pull of the present embodiment
Door 6 can close the upper layer slideway discharge outlet 2311 of the side plate 23 with right injection molding cabinet oral area 3 and lower layer's slideway discharge outlet 2321
In refrigerator.Leakproofness of the present embodiment cabinet mouth at slideway discharge outlet position greatly improves, and avoids air and outside air in cabinet
Play occurs at the slideway discharge outlet position of side plate, improves the refrigerating efficiency of refrigerator, reduces frosting.
As shown in figure 11, when the side plate 23 of upper layer glass sliding door 6 and right injection molding cabinet oral area 3 contacts, upper layer glass is pushed away
Upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321 are enclosed in refrigerator by the right side of sliding door 7 completely.In cabinet body
Play will not occur at upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321 for outer air, ensure that leakproofness.
Thus, the condensation when lower layer's glass sliding door 7 and upper layer glass sliding door 6 close cabinet mouth, on lower layer's slideway 452
Water can pass through the side plate 23 of lower layer's slideway discharge outlet 2321 and right injection molding cabinet oral area 3 on the side plate 23 of left injection molding cabinet oral area 2
On lower layer's slideway discharge outlet 2321 be discharged；Condensed water on upper layer slideway 451 can pass through the side plate 23 of left injection molding cabinet oral area 2
On upper layer slideway discharge outlet 2321 and it is right injection molding cabinet oral area 3 side plate 23 on upper layer slideway discharge outlet 2321 be discharged.Under
During layer glass sliding door 7 is molded the sliding of cabinet oral area 2 to the left, the condensed water on lower layer's slideway 452 can pass through left injection molding
Lower layer's slideway discharge outlet 2321 on the side plate 23 of cabinet oral area 2 is discharged；It is sliding that it is molded cabinet oral area 3 to the right in lower layer's glass sliding door 7
In dynamic process, the condensed water on lower layer's slideway 452 can pass through lower layer's slideway discharge outlet of the side plate 23 of right injection molding cabinet oral area 3
2321 discharges；During on upper layer, glass sliding door 6 is molded the sliding of cabinet oral area 2 to the left, the condensed water on upper layer slideway 451 can
To be discharged by the upper layer slideway discharge outlet 2311 on the side plate 23 of left injection molding cabinet oral area 2；On upper layer, glass sliding door 6 is infused to the right
During moulding the sliding of cabinet oral area 3, the condensed water on upper layer slideway 451 can be by the right side plate 23 for being molded cabinet oral area 2
Upper layer slideway discharge outlet 2311 is discharged.
In the present embodiment, since the rear height for squeezing out cabinet oral area 5 is higher than the preceding height for squeezing out cabinet oral area 4, thus, glass pushes away
Condensed water on sliding door squeezes out on cabinet oral area 4 before generally all accumulating in, and therefore, the present embodiment only need to be in left 2 He of injection molding cabinet oral area
Right injection molding cabinet oral area 3 position corresponding with preceding extrusion cabinet oral area 4 (namely the front end of left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3
Side plate 23) setting discharge outlet.Certainly, in order to avoid rear extrusion cabinet oral area 5 builds up condensed water, cabinet oral area is squeezed out after guarantee
5 draining can also squeeze out the corresponding position of cabinet oral area 5 (namely left note with rear in left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3
Mould the side plate of the rear end of cabinet oral area 2 and right injection molding cabinet oral area 3) setting discharge outlet, left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3
The setting form of rear end discharge outlet is identical as left injection molding cabinet oral area 2 and the right injection molding setting form of 3 front end of cabinet oral area, herein no longer
It repeats.Before the form that the front-end and back-end of left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3 are respectively provided with discharge outlet is particularly suitable for
It squeezes out cabinet oral area and squeezes out the highly identical situation of cabinet oral area with rear.
Certainly, can also lower layer's slideway discharge outlet 2321 only be arranged on the side plate of left injection molding cabinet oral area 2 in the utility model, only
Upper layer slideway discharge outlet 2321 is set on the side plate of right injection molding cabinet oral area 3, the condensed water on such scheme lower layer slideway 452 is only
It can be discharged by lower layer's slideway discharge outlet 2321 on the side plate 23 of left injection molding cabinet oral area 2；Condensed water on upper layer slideway 451
It can be only discharged by the upper layer slideway discharge outlet 2311 on the side plate 23 of right injection molding cabinet oral area 3, the drainage effect of such scheme
Not as good as the present embodiment, but still it is within the protection scope of the utility model.
In order to guarantee drainage effect, it is preferred that upper layer slideway discharge outlet 2311 and lower layer's slideway discharge outlet 2321 all have
Filtering function, the sundries that can be filtered through in the condensed water of discharge outlet lead to draining not to prevent sundries from blocking discharge structure
Freely or it cannot drain.
In order to facilitate the formation of discharge outlet, as shown in Fig. 6,8,9,10,2311 He of upper layer slideway discharge outlet of the present embodiment
Lower layer's slideway discharge outlet 2321 is several notches for being provided with 23 bottom of side plate, the bore very little of notch, notch for draining and
Filtering.Notch can directly be formed in left injection molding cabinet oral area 2 and right 3 injection moulding process of injection molding cabinet oral area, without processing in side plate
It is processed again after the completion, the processing technology of discharge outlet can be greatly simplified with one-pass molding.
The slideway discharge outlet of the present embodiment discharge structure undertakes except the position of glass sliding door in slideway, and slideway undertakes
There is no discharge outlet on the position of glass sliding door, thus, on the one hand, glass sliding door can be free to slide on slideway, the row of avoiding
The pause and transition in rhythm or melody sense that glass sliding door caused by the presence at the mouth of a river generates when sliding, on the other hand, it is ensured that glass sliding door and cunning
The leakproofness of road contact.
The present embodiment is provided in the inside of side plate 23 and arranges for accepting from upper layer slideway discharge outlet 2311 and lower layer's slideway
The Drainage Division for the condensed water that the mouth of a river 2321 is discharged, the bottom of Drainage Division are arranged water outlet, are connected with drainpipe (in figure on water outlet
It is not shown), the condensed water that Drainage Division is accepted is discharged by drainpipe.
Specifically, as shown in figure 9, Drainage Division includes 2331 He of water drain funnel positioned at 2321 lower section of lower layer's slideway discharge outlet
Diversion division 2341 positioned at 2311 lower section of upper layer slideway discharge outlet, diversion division 2341 are cold for upper layer slideway discharge outlet to be discharged
Condensate is guided to water drain funnel 2331.On the one hand water drain funnel 2331 accepts the condensation that lower layer's slideway discharge outlet 2321 directly flows down
On the other hand water accepts the condensed water that the upper layer slideway discharge outlet 2311 of 2341 water conservancy diversion of diversion division flows down.Water drain funnel 2331 has
There is certain storage capacity, can be to avoid the impeded drainage that the condensation water quantity on slideway occurs when more the problem of, the present embodiment
In such a way that water drain funnel is in conjunction with diversion division, so that the size of Drainage Division is suitable, occupied space is smaller to be also ensured simultaneously
It drains smooth.
In order to easy to process, water drain funnel 2331 and diversion division 2341 are integrally formed.
The mounting structure for installing Drainage Division is provided on left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3.Mounting structure
For the card slot 2351 on left injection molding cabinet oral area 2 and right injection molding cabinet oral area 3, the top of Drainage Division is installed in card slot 2351.
Certainly, Drainage Division also may include positioned at 2311 lower section of lower layer's slideway discharge outlet 2321 and upper layer slideway discharge outlet
The water drain funnel volume of water drain funnel, such scheme is bigger, and the storage capacity of water drain funnel is stronger, can be to avoid cold on slideway
The problem of impeded drainage occurred when condensate flow is more, but occupied space is more.
The discharge structure of the present embodiment horizontal refrigerator cabinet mouth can either guarantee good drainage effect, and can guarantee glass
When sliding door closing cabinet mouth and the leakproofness of Opening of refrigeration cabinet, simplified manufacturing procedure improve the smooth experience of glass door push-and-pull.
Above embodiments are only to illustrate the technical solution of the utility model, rather than are limited；Although referring to before
Embodiment is stated the utility model is described in detail, it for those of ordinary skill in the art, still can be right
Technical solution documented by previous embodiment is modified or equivalent replacement of some of the technical features；And these
Modifications or substitutions, the utility model technical solution claimed that it does not separate the essence of the corresponding technical solution spirit and
Range.
Claims (11)
1. a kind of cabinet mouth discharge structure of horizontal refrigerator, the cabinet mouth includes the first extrusion cabinet oral area and the second injection molding cabinet of connection
Oral area, described first squeezes out the slideway being provided on cabinet oral area for undertaking glass sliding door, which is characterized in that second note
Modeling cabinet oral area includes the side plate above the slideway, when the glass sliding door closes the cabinet mouth, the glass push-and-pull
Door and the side plane contact;The end of the slideway is connect with the side plate, and the seam that the slideway and the side plate are formed exists
Slideway undertakes except the position of glass sliding door;Position corresponding with the slideway is provided with slideway discharge outlet on the side plate.
2. the cabinet mouth discharge structure of horizontal refrigerator according to claim 1, which is characterized in that the glass sliding door and institute
When stating side plane contact, the glass sliding door is for the slideway discharge outlet to be isolated with the space in refrigerator.
3. the cabinet mouth discharge structure of horizontal refrigerator according to claim 1, which is characterized in that the cabinet mouth includes successively connecting
First connect squeezes out cabinet oral area, the second injection molding cabinet oral area, third and squeezes out cabinet oral area and the 4th injection molding cabinet oral area, and described first squeezes out
The lower layer being arranged on cabinet oral area for undertaking the upper layer slideway of upper layer glass sliding door and for undertaking lower layer's glass sliding door is sliding
Road, the second injection molding cabinet oral area include the side plate above upper layer slideway and lower layer's slideway, and the glass sliding door is closed
When the cabinet mouth, the upper layer glass sliding door is contacted with the 4th injection molding cabinet oral area, lower layer's glass sliding door and institute
State the side plane contact of the second injection molding cabinet oral area；Position corresponding with the upper layer slideway is provided with upper layer slideway row on the side plate
The mouth of a river, position corresponding with lower layer's slideway is provided with lower layer's slideway discharge outlet on the side plate.
4. the cabinet mouth discharge structure of horizontal refrigerator according to claim 3, which is characterized in that lower layer's glass sliding door
When with the side plane contact of the second injection molding cabinet oral area, lower layer's glass sliding door is used for the second injection molding cabinet oral area
The upper layer slideway discharge outlet and lower layer's slideway discharge outlet of side plate are isolated with the space in refrigerator.
5. the cabinet mouth discharge structure of horizontal refrigerator according to claim 4, it is characterised in that, the second injection molding cabinet oral area
Side plate on be provided with the load plane to connect with lower layer's slideway, lower layer's glass sliding door and the second injection molding cabinet
When the side plane contact of oral area, lower layer's glass sliding door is contacted with the load plane.
6. the cabinet mouth discharge structure of horizontal refrigerator according to claim 5, it is characterised in that, lower layer's glass sliding door
On be provided with sealing strip, the sealing strip is contacted with the side plate of the second injection molding cabinet oral area and load plane.
7. the cabinet mouth discharge structure of horizontal refrigerator according to claim 3, which is characterized in that the upper layer slideway discharge outlet
It is several notches for being provided with the side plate bottom with lower layer slideway discharge outlet, the notch is for draining and filtering.
8. according to the cabinet mouth discharge structure of horizontal refrigerator described in claim 3-7 any one, which is characterized in that the side plate
Inside be provided with the water drain funnel below lower layer's slideway discharge outlet and leading below the slideway discharge outlet of upper layer
Stream portion, the condensate water guide that the diversion division is used to for the upper layer slideway discharge outlet being discharged to the water drain funnel.
9. the cabinet mouth discharge structure of horizontal refrigerator described in -7 any one according to claim 1, which is characterized in that described first
It squeezes out cabinet oral area and is provided with the Appearance Panel, styling panel, the styling panel covering are provided on the second injection molding cabinet oral area
Partial appearance panel.
10. the cabinet mouth discharge structure of horizontal refrigerator according to claim 8, which is characterized in that described first squeezes out cabinet mouth
Portion is provided with the Appearance Panel, is provided with styling panel, the styling panel covering part appearance on the second injection molding cabinet oral area
Panel.
11. a kind of horizontal refrigerator, which is characterized in that the horizontal refrigerator includes cabinet mouth described in any one of claim 1-9
Discharge structure.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820462057.7U CN208382679U (en) | 2018-04-03 | 2018-04-03 | A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820462057.7U CN208382679U (en) | 2018-04-03 | 2018-04-03 | A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108397954A (en) * | 2018-04-03 | 2018-08-14 | 青岛海尔特种电冰柜有限公司 | A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator |
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2018
- 2018-04-03 CN CN201820462057.7U patent/CN208382679U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108397954A (en) * | 2018-04-03 | 2018-08-14 | 青岛海尔特种电冰柜有限公司 | A kind of the cabinet mouth discharge structure and horizontal refrigerator of horizontal refrigerator |
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