CN208779659U - A kind of connection structure of outer shell and outdoor unit and air conditioner - Google Patents
A kind of connection structure of outer shell and outdoor unit and air conditioner Download PDFInfo
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- CN208779659U CN208779659U CN201821216973.9U CN201821216973U CN208779659U CN 208779659 U CN208779659 U CN 208779659U CN 201821216973 U CN201821216973 U CN 201821216973U CN 208779659 U CN208779659 U CN 208779659U
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Abstract
The utility model is directed to a kind of connection structure of outer shell and outdoor unit and air conditioner, including lamina tecti ontology, the lamina tecti ontology is provided with the 11st flanging close to the edge of the left plate side, and the edge far from lamina tecti ontology side is provided with the first edge on the 11st flanging；The left plate top edge is provided with the 12nd flanging, 12nd flanging is rendered as step-like structure, 12nd flanging includes the 13rd flanging and the 14th flanging, it is connected between 14th flanging and the left plate ontology by first connecting portion, the first card hole is offered in the first connecting portion, first card hole is inserted into first edge and forms limit to it.The utility model is not easy to shake after installing lamina tecti by the cooperation of the first card hole and the first edge, enhances the stability of connection, outdoor unit is made to be not easy to fall apart in high vibration.
Description
Technical field
The utility model relates to field of air conditioning more particularly to a kind of connection structure of outer shell and outdoor unit and air conditioner.
Background technique
Currently, the shell of air-conditioner outdoor unit is not usually and is integrally formed, but filled by several pieces of board groups, forms cabinet knot
Structure is bolted connection between adjacent plate, but is discovery in installation, if between plate size mismatch cause it is adjacent
There are certain gap between plate, leading to connection between adjacent plate, there are certain shakings, especially outdoor unit built on the sand
Assembly between lamina tecti and panel is led to assembly built on the sand, is easy to loosen due to the presence in gap.
Utility model content
In view of this, the utility model is directed to a kind of connection structure of outer shell, to solve outdoor unit lamina tecti and panel
Between the unsteady problem of assembly.
In order to achieve the above objectives, the technical solution of the utility model is achieved in that
A kind of connection structure of outer shell, comprising:
Lamina tecti, comprising: lamina tecti ontology is rendered as rectangular-shaped, and the lamina tecti ontology is close to the left plate side
Edge be provided with the 11st flanging, the 11st flanging is vertical with the lamina tecti ontology, the 11st flanging be square
Shape and structure；Edge on 11st flanging far from lamina tecti ontology side is provided with the first edge, and described first
Edge is vertical with the lamina tecti ontology；
Left plate, including left plate ontology, left plate ontology top edge are provided with the 12nd flanging, and the described 12nd
Flanging is rendered as step-like structure, and the 12nd flanging includes the 13rd flanging and the 14th flanging, the 13rd flanging
The both sides being parallel to each other with the 14th flanging for the 12nd flanging, and the 13rd flanging and the tenth four fold
Bian Junyu left plate ontology is parallel, and the 14th flanging is relative to the 13rd flanging inside outdoor unit；
Between 14th flanging and the left plate ontology by first connecting portion connect, the first connecting portion with
13rd flanging is vertical, and the first card hole, first card hole and first edge are offered in the first connecting portion
Position consistency, first card hole is inserted into first edge and forms limit to it.
Preferably, connection structure of outer shell further include:
Lamina tecti, comprising: lamina tecti ontology is rendered as rectangular-shaped, and the lamina tecti ontology is located at the side of front panel side
Edge is provided with the 15th flanging, and the 15th flanging is vertical with the lamina tecti ontology, and the 15th flanging is rectangular-shaped
Structure；Edge on 15th flanging far from lamina tecti ontology side is provided with the second edge, second edge
It is vertical with the lamina tecti ontology；
The front panel, including front panel ontology, front panel ontology top edge are provided with sixteen fold side, and described
Sixteen fold side is parallel with front panel ontology, and the recessed portion to outdoor unit inner recess is provided on sixteen fold side, described
Recessed portion makes sixteen fold side be rendered as step-like structure, and the concave bottom of the recessed portion and sixteen fold side are flat
Row；
The concave bottom is connect with the front panel by second connecting portion, the second connecting portion and the front panel
Vertically, the second card hole is offered in the second connecting portion, the position consistency of second card hole and second edge is described
Second card hole is inserted into second edge and forms limit to it.
Preferably, the 13rd flanging and the 14th flanging are connected by arcwall face or inclined-plane.What is be arranged in this way is good
It is in increasing the intensity of the 12nd flanging by the transition of arcwall face or inclined-plane.
Preferably, the shape of first edge is rectangle, triangle, semicircle or U-shaped.
Preferably, first edge at least two, at least two matching institutes are provided on the left plate
State the first card hole.
Preferably, towards being provided with first boss on the outside of outdoor unit on sixteen fold side.
Preferably, the concave bottom is connect with sixteen fold side by arcwall face or inclined-plane.It is arranged in this way
It is advantageous in that, by the transition of arcwall face or inclined-plane, increases the intensity on sixteen fold side.
Preferably, second edge at least two, meanwhile, matching at least two are provided on the front panel
A second card hole.
Preferably, it is characterized in that, the shape of second edge is rectangle, triangle, semicircle or U-shaped.
Compared with the existing technology, connection structure of outer shell described in the utility model has the advantage that
(1) misconstruction of the 13rd flanging of setting in conjunction with the 14th flanging, and offer in first connecting portion the
One card hole is not easy to shake, enhances the stability of connection after installing lamina tecti by the cooperation of the first card hole and the first edge,
Outdoor unit is set to be not easy to fall apart in high vibration；Meanwhile first the setting of card hole be also convenient for the installation of lamina tecti, pass through the first card
The cooperation on side and the first card hole, limits lamina tecti, convenient for other positions on lamina tecti screw mounting hole be easier pair
Together.
(2) it is provided with edge limit in the adjacent two sides of lamina tecti, is made by the cooperation of the second edge and the first edge
With making lamina tecti all around, orientation is respectively formed limit, further increases the stability of connection.
The another object of the utility model is to propose that there is shell described above to connect for a kind of outdoor unit, the outdoor unit
Binding structure.
The outdoor unit is identical as possessed advantage compared with the existing technology, and details are not described herein.
The another object of the utility model is to propose that a kind of air conditioner, the air conditioner have outdoor described above
Machine.
The air conditioner and connection structure of outer shell and/or outdoor unit compared with the existing technology possessed by advantage it is identical,
This is repeated no more.
Detailed description of the invention
The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new
The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.?
In attached drawing:
Fig. 1 is the axonometric drawing of upper corner bracket；
Fig. 2 is the axonometric drawing of lower corner bracket；
Fig. 3 is the axonometric drawing of condenser；
Fig. 4 is the schematic diagram of left plate；
Fig. 5 is the axonometric drawing of middle part fixed frame；
Fig. 6 is the axonometric drawing of middle part connector；
Fig. 7 is casing of outdoor assembling structure schematic diagram；
Fig. 8 is that the first edge and the second edge position partial enlarged view；
Fig. 9 is that the second edge and the second card hole position partial enlarged view；
Figure 10 is outdoor unit integral installation distribution structure schematic diagram；
Figure 11 is front panel, lamina tecti and assembles partial enlarged view every wind vertical plate；
Figure 12 is the outdoor unit axonometric drawing one that bevel edge is arranged；
Figure 13 is the outdoor unit axonometric drawing two that bevel edge is arranged.
Description of symbols:
11- lamina tecti, 111- lamina tecti ontology, the second edge of 112-, the first edge of 113-, the 11st flanging of 118-,
The 15th flanging of 119-, 13- front panel, 135- first boss, 136- second connecting portion, 137- concave bottom, 138- second block
Hole, 139- sixteen fold side, the middle part 14- fixed frame, the 7th flanging of 141-, 142- third heat exchanging holes, 144- third kidney slot,
The 8th flanging of 145-, 146- third substrate, 15- condenser, the first condenser of 151-, the second condenser of 152-, 153- heat exchange
Pipe, the upper corner bracket of 16-, the first heat exchanging holes of 161-, the first fixinig plate of 162-, the first kidney slot of 163-, the first flanging of 164-, 165-
Third flanging, 166- first substrate, the first blocked hole of 168-, the first installation sheet of 169-, 17- left plate, 170- position inclined hole,
177- first connecting portion, the first card hole of 178-, the 12nd flanging of 179-, the 13rd flanging of 1791-, the 14th flanging of 1792-,
Corner bracket under 18-, the second heat exchanging holes of 181-, 182-, 183- Fourth Fold, the 5th flanging of 184-, 185- the second substrate, 186-
Two kidney slots, the second installation sheet of 188-, the second blocked hole of 189-, the middle part 19- connector, the 9th flanging of 191-, the tenth folding of 193-
Side, the 4th heat exchanging holes of 194-, 195- tetrabasal, the 4th installation sheet of 196-, the 4th mounting hole of 197-, 23- every wind vertical plate,
2311- partition flange, 239- second boss.
Specific embodiment
It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can
To be combined with each other.
In addition, all directions being previously mentioned in the embodiments of the present invention or positional relationship are the position based on attached drawing
Relationship is set, " front and back up and down " coordinate system occurred in attached drawing, only for the purposes of understanding the utility model and simplifying description, and
It is not the specific orientation that implies signified device or element and must have, should not be understood as limiting the present invention.For
Convenient for description, five faces for constituting air-conditioner outdoor unit shell are referred to as: chassis, lamina tecti, front panel, left plate and right side
Plate, wherein front panel is plate body where air-conditioner outdoor unit air outlet；Left plate is when being just shown in front panel for air conditioner outdoor machine, preceding
Plate body on the left of panel；Right side plate is plate body when being just shown in front panel for air conditioner outdoor machine, on the right side of front panel；Chassis is air conditioning chamber
Positioned at the plate body of bottom when outer machine is normally placed；Lamina tecti is plate body when air-conditioner outdoor unit is normally placed positioned at top.Below
In conjunction with attached drawing, the technical characteristic and advantage of the utility model patent are described in more detail.
Embodiment one
It should be noted that the up and down direction and left and right directions in the present embodiment be the position relative to Fig. 1 into Fig. 3 and
Speech, is only limitted to the present embodiment.
The present embodiment provides a kind of outdoor unit mounting structures, as shown in figures 1 and 3, comprising:
Upper corner bracket 16, including first substrate 166, the first substrate 166 are rectangular configuration, the first substrate 166
The edge on any three side is respectively arranged with the first flanging 164, the second flanging and third flanging 165；First flanging 164, institute
State the second flanging and the third flanging 165 it is vertical with the first substrate 166 and be located at the first substrate 166 it is same
Side；First flanging 164 is parallel with second flanging；
Several first kidney slots 163 are provided on the first substrate 166, the parallel edges of first kidney slot 163 is
Up and down direction, position of first kidney slot 163 on the first substrate 166 and the heat exchanger tube 153 are in the condensation
The position of the side of device 15 is corresponding, and the size of first kidney slot 163 can be such that heat exchanger tube 153 is inserted into, the heat exchanger tube
153 U-shaped structures stretched out and first kidney slot 163, which are formed, to be engaged by clamping；
The distance between first flanging 164 and the second flanging are equal to the thickness d 1 of the condenser 15；The upper angle
After frame 16 and the condenser 15 assembly, first flanging 164 and the second flanging block the condenser 15, the third
Flanging 165 is contacted with the upper surface of condenser 15, and the first substrate 166 has heat exchanger tube 153 to stretch out with the condenser 15
Side contact, first flanging 164 are contacted with the left side 1521 of the condenser 15.
The advantages of this arrangement are as follows first flanging 164 and the second flanging increase corner bracket and the condenser
Fitting area between 15, first flanging 164 and the second flanging limit the thickness direction of the condenser 15, make
Condenser group made of multiple condenser cooperations is not easy to fall apart.
Preferably, first flanging 164 is opposed with second flanging and global shape is identical, first flanging
164 and the shape of second flanging be right angled triangle, the both sides at the right angle of the right angled triangle are respectively with described first
Substrate 166 and the third flanging 165 are adjacent；The acute angle of the right angled triangle opens up chamfering, removes acute angle, prevents scuffing zero
Part or skin.
Preferably, the condenser 15 includes the first condenser 151 and the second condenser 152, first kidney slot 163
For two column.
Preferably, 163 edge of the first kidney slot is provided with outside flange, drawing to the heat exchanger tube 153 is prevented
Wound.
Embodiment two
It should be noted that the up and down direction and left and right directions in the present embodiment be the position relative to Fig. 1 into Fig. 3 and
Speech, is only limitted to the present embodiment.
Place unlike the embodiments above is, as shown in Figures 2 and 3, the outdoor unit mounting structure in the present embodiment
Include:
Lower corner bracket 18, including the second substrate 185, the second substrate 185 are rectangular configuration, and the second substrate 185 is appointed
The anticipate edge on three sides is provided with Fourth Fold 183, the 5th flanging 184 and the 6th flanging, the Fourth Fold 183, the described 5th
Flanging 184 and the 6th flanging it is vertical with the second substrate 185 and be located at the second substrate 185 it is ipsilateral；It is described
Fourth Fold 183 is parallel with the 5th flanging 184；
Several second kidney slots 186 are provided in the second substrate 185, the parallel edges of second kidney slot 186 is
Up and down direction, position of second kidney slot 186 in the second substrate 185 and the heat exchanger tube 153 are in the condensation
The position consistency of the side of device 15, the size of second kidney slot 186 can be such that heat exchanger tube 153 is inserted into, the heat exchanger tube 153
The U-shaped structure of stretching and second kidney slot 186, which are formed, to be engaged by clamping；
The distance between the Fourth Fold 183 and the 5th flanging 184 are equal to the thickness d 1 of the condenser 15；Institute
Fourth Fold 183 and the 5th flanging 184 are stated by 15 card column of condenser, the following table of the 6th flanging and condenser 15
Face contact, the second substrate 185 are contacted with the side that the condenser 15 has heat exchanger tube 153 to stretch out, the Fourth Fold 183
It is contacted with the left side 1521 of the condenser 15.
The advantages of this arrangement are as follows being used cooperatively by the upper corner bracket 16 and the lower corner bracket 18, described cold
The position up and down of condenser 15 is fastened, and keeps the fixation of multiple condensers more firm.
Preferably, the Fourth Fold 183 is opposed with the 5th flanging 184 and global shape is identical, the described 4th
The shape of flanging 183 and the 5th flanging 184 is right angled triangle, and the both sides at the right angle of the right angled triangle are respectively at institute
It is adjacent with the 6th flanging to state the second substrate 185；The acute angle of the right angled triangle opens up chamfering, removes acute angle, prevents from drawing
Hurt part or skin.
Preferably, the condenser 15 includes the first condenser 151 and the second condenser 152, second kidney slot 186
For two column.
Preferably, 186 edge of the second kidney slot is provided with outside flange, drawing to the heat exchanger tube 153 is prevented
Wound.
Embodiment three
Place unlike the embodiments above is, offers on first flanging 164 and second flanging several
First heat exchanging holes 161, the shapes of first heat exchanging holes 161 are round, triangle or rectangle, increase the condenser 15 with
Extraneous direct contact area, accelerates the heat dissipation of the condenser 15.
Several second heat exchanging holes 181 are offered on the Fourth Fold 183 and the 5th flanging 184, described second changes
The shape of hot hole 181 is round, triangle or rectangle, increases the condenser 15 and extraneous direct contact area, accelerates
The heat dissipation of the condenser 15.
Preferably, as shown in Figure 1, the shape of first heat exchanging holes 161 is inclined rectangle.
Preferably, as shown in Fig. 2, the shape of second heat exchanging holes 181 is inclined rectangle.
Example IV
It should be noted that the up and down direction and left and right directions in the present embodiment be the position relative to Fig. 1 into Fig. 3 and
Speech, is only limitted to the present embodiment.
Place unlike the embodiments above is, as shown in Figure 1, first heat exchanging holes 161 be it is inclined rectangular-shaped,
A wherein edge for the rectangle of any first heat exchanging holes 161 is provided with the first fixinig plate 162 on first flanging 164,
First fixinig plate 162 is vertical with first flanging 164.
As shown in Fig. 2, second heat exchanging holes 181 be it is inclined rectangular-shaped, any described the on the Fourth Fold 183
A wherein edge for the rectangle of two heat exchanging holes 181 is provided with the second fixinig plate 182, second fixinig plate 182 and the described 4th
Flanging 183 is vertical.
Left plate 17 is set to the outside of the left side 1521 of condenser 15, offers on the left plate 17 and described
The positioning inclined hole 170 that one fixinig plate 162 and second fixinig plate 182 match；
When the upper corner bracket 16 and the lower corner bracket 18 are installed on the condenser 15,162 He of the first fixinig plate
Second fixinig plate 182 is inserted into the positioning inclined hole 170 of the left plate 17 respectively, forms positioning, meanwhile, by described the
One fixinig plate 162 and second fixinig plate 182 turn down 90 degree, realize the fastening of the condenser 15 and the left plate.
Preferably, same level is provided with multiple positioning inclined holes 170 along the longitudinal direction on the left plate 17.
The advantages of this arrangement are as follows having abandoned traditional screw fastening using the fixinig plate being obliquely installed, having reduced and beat
The technical process of screw is directly respectively formed positioning with left and right directions in above-below direction, prevents condenser during operation of air conditioner
It falls apart caused by the vibration of generation.The different location on left plate is only needed to open up and first fixinig plate and the second fixinig plate
The positioning inclined hole to match, can be realized the fixation of the condenser of different length.
Preferably, the edge of the first heat exchanging holes 161 locating for first fixinig plate 162 is close to first flanging
The edge of 164 bevel edge.
Preferably, the edge of the second heat exchanging holes 181 locating for second fixinig plate 182 is close to the Fourth Fold
The edge of 183 bevel edge.
Embodiment five
It should be noted that the up and down direction and left and right directions in the present embodiment be the position relative to Fig. 1 into Fig. 3 and
Speech, is only limitted to the present embodiment.
Place unlike the embodiments above is, as shown in Figure 1, offering the first rectangle on the first substrate 166
Notch, one side of the first rectangular notch are overlapped with first flanging 164, the first rectangular notch and first folding
The edge that side 164 is overlapped is provided with the first installation sheet 162, and first installation sheet 169 is parallel with first flanging 164,
The first blocked hole 168 is provided on first installation sheet 169, first blocked hole 168 is kidney slot, first clamping
The direction of the parallel edges in hole 168 is up and down direction.
As shown in Fig. 2, the second rectangular notch is offered in the second substrate 185, one side of second rectangular notch
It is overlapped with the Fourth Fold 183, the edge that second rectangular notch is overlapped with the Fourth Fold 183 is provided with second
Installation sheet 188, second installation sheet 188 is parallel with the Fourth Fold 183, and is provided on second installation sheet 188
Two blocked holes 189, the second blocked hole 189 are kidney slot, and the direction of the parallel edges of the second blocked hole 189 is up and down direction.
The advantages of this arrangement are as follows passing through installation sheet and a left side when upper corner bracket and lower corner bracket are installed on the condenser
Side plate connection, further reinforces fixed structure, increases the stability of fixed structure, open up kidney slot, be also convenient for spiral shell
Follow closely the adjusting of position.
Embodiment six
Place unlike the embodiments above is, as shown in figure 5, the outdoor unit mounting structure in the present embodiment includes:
Middle part fixed frame 14, including third substrate 146, the third substrate 146 are rectangular-shaped, the third substrate 146
Edge be provided with the 7th flanging 141 and the 8th flanging 145, the 7th flanging 141 and the 8th flanging 145
It is vertical with the third substrate 146 and ipsilateral positioned at the third substrate 146；7th flanging 141 and the 8th folding
The distance between side 145 is equal to the thickness d 1 of the condenser 15；
7th flanging 141 and the 8th flanging 145 block the condenser 15, the third substrate 146 with
The following table face contact of the condenser 15, the 8th flanging 145 are contacted with the inner surface 1511 of the condenser 15.
The advantages of this arrangement are as follows being limited by front-rear direction of the middle part fixed frame 14 to the condenser, make
The condenser is not easy to fall apart.
Preferably, third rectangular notch is provided on the 8th flanging 145, one side and the institute of the third rectangular notch
The coincidence of third substrate 146 is stated, the third rectangular notch is provided with third installation sheet with what the third substrate 146 was overlapped on one side
143, the third installation sheet 143 is vertical with the third substrate 146；Third kidney-shaped is provided on the third installation sheet 143
Hole 144, the parallel edges of the third kidney slot 144 are parallel with the 145 place plane of the 8th flanging.The benefit being arranged in this way exists
In being fixed by third installation sheet 143 and the bottom plate of air-conditioning, realize fixation to the condenser 15, prevent the condenser
15 are shaking in the front-back direction；Kidney slot is set, it can be in order to the adjusting of screw position.
Preferably, the shape of the 7th flanging 141 and the 8th flanging 145 be triangle, semicircle or rectangle,
Third heat exchanging holes 142, the shape of the third heat exchanging holes 142 are provided on 7th flanging 141 and the 8th flanging 145
For triangle, circle or rectangle.The advantages of this arrangement are as follows increase the condenser and extraneous direct contact area,
Enhancing heat exchange convection current.
Embodiment seven
Place unlike the embodiments above is, as shown in fig. 6, the outdoor unit mounting structure in the present embodiment includes:
Middle part connector 19, including tetrabasal 195, the 9th flanging 191 and the tenth flanging 193, the tetrabasal 195
To be rectangular-shaped, the 9th flanging 191 and the tenth flanging 193 are respectively arranged at the opposite both sides of the tetrabasal 195
Edge, the 9th flanging 191 and the tenth flanging 193 be located at the tetrabasal 195 it is ipsilateral and with the 4th base
Plate 195 is vertical；The distance between 9th flanging 191 and the tenth flanging 193 are equal to the thickness d 1 of the condenser 15；
9th flanging 191 and the tenth flanging 193 block the condenser 15, the tetrabasal 195 with
The upper surface of the condenser 15 contacts, and the 9th flanging 191 is contacted with the inner surface 1511 of the condenser 15.
The advantages of this arrangement are as follows being limited by front-rear direction of the middle part fixed frame 14 to the condenser, prevent
Only the condenser falls apart.
Preferably, the 4th rectangular notch is provided on the 9th flanging 191, one side of the 4th rectangular notch and institute
The coincidence of tetrabasal 195 is stated, the 4th rectangular notch is provided with the 4th installation sheet with what the tetrabasal 195 was overlapped on one side
196, the 4th installation sheet 196 is vertical with the 9th flanging 191；The 4th installation is provided on 4th installation sheet 196
Hole 197, the 4th installation sheet 196 with the electric machine support of outdoor unit for connecting.
Preferably, the shape of the tenth flanging 193 is triangle, semicircle or rectangle, set on the tenth flanging 193
The 4th heat exchanging holes 194 are equipped with, the shape of the 4th heat exchanging holes 194 is triangle, circle or rectangle.The benefit being arranged in this way exists
In increasing the condenser and extraneous direct contact area, enhancing heat exchange convection current.
Embodiment eight
It should be noted that in the present embodiment up and down both with respect to Fig. 7 for, simply facilitate description, not structure
The limitation of pairs of product structure.
The present embodiment provides a kind of connection structure of outer shell, as shown in Figure 7 and Figure 8, comprising:
Lamina tecti 11, comprising: lamina tecti ontology 111 is rendered as rectangular-shaped, and the lamina tecti ontology 111 is close to the left side
The edge of 17 side of side plate is provided with the 11st flanging 118, and the 11st flanging 118 is vertical with the lamina tecti ontology 111,
11st flanging 118 is rectangular structure；Far from the edge of lamina tecti ontology side on 11st flanging 118
Be provided with the first edge 113, first edge 113 extend from 118 edge of the 11st flanging and with the lamina tecti sheet
Body 111 is vertical；
The left plate 17, including left plate ontology, left plate ontology top edge are provided with the 12nd flanging 179,
12nd flanging 179 is rendered as step-like structure, and the 12nd flanging 179 includes the 13rd flanging 1791 and the 14th
Flanging 1792, the 13rd flanging 1791 and the 12nd flanging 179 of the 14th flanging 1792 are parallel to each other
Both sides, and the 13rd flanging 1791 and the 14th flanging 1792 are parallel with left plate ontology, the tenth four fold
Side 1792 is relative to the 13rd flanging 1791 inside outdoor unit；
It is connected between 14th flanging 1792 and the left plate ontology by first connecting portion 177, described first
Interconnecting piece 177 is vertical with the 13rd flanging 1791, offers the first card hole 178 in the first connecting portion 177, and described
The position consistency of one card hole 178 and first edge 113, first card hole 178 are inserted into first edge 113 and right
It forms limit.
The advantages of this arrangement are as follows misconstruction of the 13rd flanging of setting in conjunction with the 14th flanging, and first
The first card hole is offered on interconnecting piece, is not easy to shake after by the cooperation of the first card hole and the first edge lamina tecti being installed, and is increased
The strong stability of connection, makes outdoor unit be not easy to fall apart in high vibration；Meanwhile first the setting of card hole be also convenient for lamina tecti
Installation lamina tecti is limited by the cooperation of the first edge and the first card hole, convenient for the spiral shell of other positions on lamina tecti
Mounting hole is followed closely to be easier to be aligned.
Preferably, the 13rd flanging 1791 is connected with the 14th flanging 1792 by arcwall face or inclined-plane.In this way
Setting is advantageous in that, by the transition of arcwall face or inclined-plane, increases the intensity of the 12nd flanging 179.
Preferably, the shape of first edge 113 is rectangle, triangle, semicircle or U-shaped.
Preferably, first edge 113 at least two, it is provided with and described first on the left plate 17
Matched first card hole 178 of edge 113.
Embodiment nine
It should be noted that in the present embodiment up and down both with respect to Fig. 7 for, simply facilitate description, not structure
The limitation of pairs of product structure.
Place unlike the embodiments above is that as shown in figures 7 and 9, connection structure of outer shell includes:
Lamina tecti 11, comprising: lamina tecti ontology 111 is rendered as rectangular-shaped, and the lamina tecti ontology 111 is located at front panel
The edge of 13 sides is provided with the 15th flanging 119, and the 15th flanging 119 is vertical with the lamina tecti ontology 111, described
15th flanging 119 is rectangular structure；Edge on 15th flanging 119 far from lamina tecti ontology side is set
It is equipped with the second edge 112, second edge 112 is vertical with the lamina tecti ontology 111；
The front panel 13, including front panel ontology, front panel ontology top edge are provided with sixteen fold side 139,
Sixteen fold side 139 is parallel with front panel ontology, is provided on sixteen fold side 139 to outdoor unit inner recess
Recessed portion, the recessed portion make sixteen fold side 139 be rendered as step-like structure, the concave bottom 137 of the recessed portion
It is parallel with sixteen fold side 139；
The concave bottom 137 is connect with the front panel ontology by second connecting portion 136, the second connecting portion
136 is vertical with the front panel 13, offers the second card hole 138 in the second connecting portion 136, second card hole 138 with
The position consistency of second edge 112, second card hole 138 are inserted into second edge 112 and form limit to it.
The advantages of this arrangement are as follows being used cooperatively by the second edge and the first edge, makes lamina tecti on a front and back left side
Right bit is respectively formed limit, further increases the stability of connection.
Preferably, the concave bottom 137 is connect with sixteen fold side 139 by arcwall face or inclined-plane.In this way
Setting is advantageous in that, by the transition of arcwall face or inclined-plane, increases the intensity on sixteen fold side 139.
Preferably, the shape of second edge 112 is rectangle, triangle, semicircle or U-shaped.
Preferably, second edge 112 at least two, it is provided with and second edge on the front panel 13
112 matched second card holes 138.
Embodiment ten
Place unlike the embodiments above is, as shown in Figure 10 and Figure 11, direction on sixteen fold side 139
It is provided with first boss 135 on the outside of outdoor unit, is provided with the 11st through-hole in the first boss 135, is used for bolt fastening.
The advantages of this arrangement are as follows the setting by first boss can limit lamina tecti, reduce the top
Gap between cover board and the front panel；On the other hand, it is fastened by bolts the first edge of cooperation and the second edge, to top cover
Plate six direction freedom degree is limited, and keeps the installation of lamina tecti relatively reliable.
Preferably, the first boss 135 is thin-wall construction.
Preferably, the first boss 135 is at least one.
Embodiment 11
Place unlike the embodiments above is that as shown in Figure 10 and Figure 11, connection structure of outer shell includes:
Front panel 13, including front panel ontology, front panel ontology top edge is provided with sixteen fold side 139, described
Sixteen fold side 139 is parallel with front panel ontology, convex towards being provided with first on the outside of outdoor unit on sixteen fold side 139
Platform 135 is provided with the 11st through-hole on the outer surface of the first boss 135；
It is described that the edge of 13 side of front panel is provided with partition flange every wind vertical plate 23 every wind vertical plate 23
2311, it is provided with second boss 239 on the partition flange 2311, the outer surface of the second boss 239 and described first convex
The inner surface of platform 135 is adjacent or fitting, offers the 12nd through-hole on the outer surface of the second boss 239, and the described tenth
The position consistency of one through-hole and the 12nd through-hole；
The lamina tecti 11, including lamina tecti ontology 111, the lamina tecti ontology 111 is close to 13 side of front panel
Edge be provided with the 15th flanging 119, in the 11st through-hole and the 12nd through-hole on the 15th flanging 119
Position offer the 13rd through-hole；
One bolt is inserted into the 11st through-hole, the 12nd through-hole and the 13rd through-hole to the top cover
Plate described forms fixation every wind vertical plate and the front panel.
The advantages of this arrangement are as follows making the lamina tecti by cleverly designing, being described every wind vertical plate and the front
Plate three is in combination with to a screw position, by a bolt simultaneously to the lamina tecti, described every wind vertical plate and before described
Panel is fixed, and avoids the lamina tecti, described appoints that be required to bolt between the two tight every wind vertical plate and the front panel
Gu the promotion of workload caused by, simplifies mounting process.
Preferably, the second boss 239 is thin-wall construction.
Preferably, the outer surface of the second boss 239 is identical as the shape of inner surface of the first boss 135, face
Product is equal, forms the first boss 135 to the second boss 239 and limits.
Preferably, the height of the first boss 135 and the height of the second boss 239 are equal.
Embodiment 12
Place unlike the embodiments above is that as shown in Figure 12 and Figure 13, shell mechanism includes:
Lamina tecti 11, including lamina tecti ontology 111, the edge of the lamina tecti ontology 111 is tiltedly installed with flanging, described
Flanging includes the 15th flanging 119 of the 11st flanging 118 and the close front panel side close to the left plate side,
The angle of the flanging and the lamina tecti ontology 111 is β, angle β, that is, flanging bending angle, wherein 15 ° of < β <
75°；
The top edge of front panel 13, including front panel ontology, the front panel ontology is provided with sixteen fold side 139, institute
The angle for stating sixteen fold side 139 and front panel ontology is α, angle α, that is, sixteen fold side bending angle, wherein 15 °
75 ° of < α <；
Left plate 17, including left plate ontology, the top edge of the left plate ontology are provided with the 12nd flanging 179, institute
The angle for stating the 12nd flanging 179 and left plate ontology is γ, angle γ, that is, the 12nd flanging bending angle, wherein
15 ° of 75 ° of < γ <；
Right side plate 31, including right side plate ontology, the top edge of the right side plate ontology are provided with the 17th flanging 319, institute
The angle for stating the 17th flanging 319 and right side plate ontology is θ, angle theta, that is, sixteen fold side bending angle, wherein 0 °
75 ° of < θ <；
11st flanging 118 is bonded with the 12nd flanging 179, the 15th flanging 119 and the described tenth
The fitting of six flangings 139.
The advantages of this arrangement are as follows increasing lamina tecti, front panel, left plate and the right side by the way that inclined bevel edge is arranged
The intensity of side plate makes lamina tecti, front panel, left plate and right side plate etc. be not easy to be bent over；On the other hand, pass through the setting of bevel edge
The area of lamina tecti lower edge is increased, the area that front panel, left plate and right side plate top edge are surrounded is reduced, makes top cover
Plate is easier to be covered.In addition, the flanging appropriate being obliquely installed also complies with ergonomics, keep stubborn screw more convenient.
Preferably, the flanging, sixteen fold side 139, the 12nd flanging 179 and the 17th flanging
Through-hole is offered on 319, the lamina tecti 11 passes through with the front panel 13, the left plate 17 and the right side plate 31
Bolt or screw are fastenedly connected.
Preferably, the sum of angle α and angle β are equal to 90 °, i.e. alpha+beta=90 °.The advantages of this arrangement are as follows making lamina tecti
After installation, it can be bonded completely with front panel.
Preferably, the sum of angle γ and angle β are equal to 90 °, i.e.+β=90 ° γ.The advantages of this arrangement are as follows making top cover
After plate installation, it can be bonded completely with left plate.
Preferably, the sum of angle theta and angle β are equal to 90 °, i.e.+β=90 ° θ.The advantages of this arrangement are as follows making lamina tecti
After installation, it can be bonded completely with right side plate.
Preferably, equal in magnitude, i.e. α=γ=θ of angle α, angle γ and angle theta.
Preferably, equal in magnitude, i.e. α=γ=θ=45 ° of angle α, angle γ and angle theta.
Embodiment 13
The present embodiment provides a kind of outdoor units, including outdoor unit mounting structure described in any embodiment in previous embodiment
Or/and connection structure of outer shell or/and shell mechanism.
Embodiment 14
The present embodiment provides a kind of air conditioners, including outdoor unit mounting structure described in any embodiment in previous embodiment
Or/and connection structure of outer shell or/and shell mechanism or/and outdoor unit.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model
Protection scope within.
Claims (10)
1. a kind of connection structure of outer shell characterized by comprising
Lamina tecti (11), comprising: lamina tecti ontology (111) is rendered as rectangular-shaped, the close left side of the lamina tecti ontology (111)
The edge of plate (17) side is provided with the 11st flanging (118), the 11st flanging (118) and the lamina tecti ontology
(111) vertical；Edge on 11st flanging (118) far from lamina tecti ontology side is provided with the first edge
(113), first edge (113) extends from the 11st flanging (118) edge and hangs down with the lamina tecti ontology (111)
Directly；
The left plate (17), including left plate ontology, left plate ontology top edge are provided with the 12nd flanging (179),
12nd flanging (179) is rendered as step-like structure, the 12nd flanging (179) include the 13rd flanging (1791) and
14th flanging (1792), the 13rd flanging (1791) and the 14th flanging (1792) are the 12nd flanging
(179) both sides being parallel to each other, and the 13rd flanging (1791) and the 14th flanging (1792) with the left side
Plate ontology is parallel, and the 14th flanging (1792) is relative to the 13rd flanging (1791) inside outdoor unit；
It is connect between 14th flanging (1792) and the left plate ontology by first connecting portion (177), described first
Interconnecting piece (177) is vertical with the 14th flanging (1792), offers the first card hole on the first connecting portion (177)
(178), first card hole (178) is corresponding with the position of first edge (113), and first card hole (178) makes institute
The first edge (113) are stated to be inserted into and form it limit.
2. connection structure of outer shell as described in claim 1, which is characterized in that connection structure of outer shell further include:
The edge that the lamina tecti ontology (111) is located at front panel (13) side is provided with the 15th flanging (119), and the described tenth
Five flangings (119) are vertical with lamina tecti ontology (111), and the 15th flanging (119) is rectangular structure；Described tenth
Edge on five flangings (119) far from lamina tecti ontology side is provided with the second edge (112), second edge
(112) vertical with lamina tecti ontology (111)；
The front panel (13), including front panel ontology, front panel ontology top edge are provided with sixteen fold side (139),
Sixteen fold side (139) is parallel with front panel ontology, is provided on sixteen fold side (139) to outdoor unit inner-concave
Sunken recessed portion, the recessed portion make sixteen fold side (139) be rendered as step-like structure, the recess bottom of the recessed portion
Portion (137) is parallel with the sixteen fold side (139)；
The concave bottom (137) is connect with the front panel ontology by second connecting portion (136), the second connecting portion
(136) vertical with the front panel (13), it is offered the second card hole (138) on the second connecting portion (136), second card
The position consistency in hole (138) and second edge (112), second card hole (138) are inserted into second edge (112)
And limit is formed to it.
3. connection structure of outer shell as described in claim 1, which is characterized in that the 13rd flanging (1791) and the tenth four fold
Side (1792) is connected by arcwall face or inclined-plane, the advantages of this arrangement are as follows, by the transition of arcwall face or inclined-plane, increase
The intensity of the 12nd flanging (179) is added.
4. connection structure of outer shell as described in claim 1, which is characterized in that the shape of first edge (113) be rectangle,
Triangle, semicircle or U-shaped.
5. connection structure of outer shell as described in claim 1, which is characterized in that first edge (113) at least two, institute
It states and is provided with first card hole (178) of matching at least two on left plate.
6. connection structure of outer shell as claimed in claim 2, which is characterized in that towards outdoor on sixteen fold side (139)
First boss (135) are provided on the outside of machine.
7. connection structure of outer shell as claimed in claim 2, which is characterized in that the concave bottom (137) and the described 16th
Flanging (139) is connected by arcwall face or inclined-plane, the advantages of this arrangement are as follows, by the transition of arcwall face or inclined-plane,
Increase the intensity on sixteen fold side (139).
8. connection structure of outer shell as claimed in claim 2, which is characterized in that second edge (112) at least two, together
When, second card hole (138) of matching at least two is provided on the front panel (13).
9. a kind of outdoor unit, which is characterized in that including connection structure of outer shell described in claim 1-8 any claim.
10. a kind of air conditioner, which is characterized in that including outdoor unit as claimed in claim 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821216973.9U CN208779659U (en) | 2018-07-30 | 2018-07-30 | A kind of connection structure of outer shell and outdoor unit and air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821216973.9U CN208779659U (en) | 2018-07-30 | 2018-07-30 | A kind of connection structure of outer shell and outdoor unit and air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208779659U true CN208779659U (en) | 2019-04-23 |
Family
ID=66155185
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821216973.9U Active CN208779659U (en) | 2018-07-30 | 2018-07-30 | A kind of connection structure of outer shell and outdoor unit and air conditioner |
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| Country | Link |
|---|---|
| CN (1) | CN208779659U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110736157A (en) * | 2019-09-30 | 2020-01-31 | 青岛海尔空调器有限总公司 | Outdoor machine of air conditioner |
-
2018
- 2018-07-30 CN CN201821216973.9U patent/CN208779659U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110736157A (en) * | 2019-09-30 | 2020-01-31 | 青岛海尔空调器有限总公司 | Outdoor machine of air conditioner |
| CN110736157B (en) * | 2019-09-30 | 2022-04-19 | 青岛海尔空调器有限总公司 | Outdoor machine of air conditioner |
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