CN205747446U - Wall mounted machine and lateral plate structure thereof - Google Patents
Wall mounted machine and lateral plate structure thereof Download PDFInfo
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- CN205747446U CN205747446U CN201620523414.7U CN201620523414U CN205747446U CN 205747446 U CN205747446 U CN 205747446U CN 201620523414 U CN201620523414 U CN 201620523414U CN 205747446 U CN205747446 U CN 205747446U
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- gripper shoe
- drain pan
- lateral plate
- plate structure
- support
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Abstract
This utility model provides a kind of lateral plate structure, and described lateral plate structure is installed between the drain pan of wall mounted machine and panel body, and to support described drain pan and described panel body, described lateral plate structure includes: side plate body, is installed on described drain pan；And gripper shoe, one end of described gripper shoe is connected with described side plate body, and the other end of described gripper shoe abuts with described panel body.Lateral plate structure can fill the space between drain pan and panel body.So, when wall mounted machine is impacted, lateral plate structure can play and support and the effect of buffering, it is to avoid the space between knock down hole and panel body and the drain pan of wall mounted machine is without supporting so that wall mounted machine is hardly damaged when falling, and improves the reliability of wall mounted machine.Meanwhile, wall mounted machine supports drain pan and panel body by lateral plate structure, it is possible to avoids using drain pan foam to be supported, reduces the die sinking cost of drain pan foam, reduce production cost, improve efficiency of assembling, be additionally favorable for environmental protection.This utility model additionally provides a kind of wall mounted machine.
Description
Technical field
This utility model relates to wall mounted machine apparatus field, particularly relates to a kind of wall mounted machine and lateral plate structure thereof.
Background technology
At present, in the internal structure of wall mounted machine, Existential Space between drain pan and the panel body of wall mounted machine, and then make to hang
Without supporting at two jiaos of wall machine and knock down hole.When falling at wall mounted machine, at two jiaos of wall mounted machine and knock down hole, it is easy to appearance
Damaged.Generally, by two drain pan foams about increasing, two jiaos of wall mounted machine are supported at knock down hole.But, drain pan
Foam can increase production cost, increases installation time, reduces production efficiency.
Utility model content
Based on this, it is necessary to cause efficiency of assembling for current wall mounted machine by drain pan foam support drain pan and panel body
Low problem, it is provided that a kind of it can be avoided that use drain pan foam to support drain pan and panel body, the side plate knot of raising efficiency of assembling
Structure, additionally provides a kind of wall mounted machine containing above-mentioned lateral plate structure simultaneously.
Above-mentioned purpose is achieved through the following technical solutions:
A kind of lateral plate structure, described lateral plate structure is installed between the drain pan of wall mounted machine and panel body, to support the described end
Shell and described panel body, described lateral plate structure includes:
Side plate body, is installed on described drain pan；And
Gripper shoe, one end of described gripper shoe is connected with described side plate body, the other end of described gripper shoe and described
Plate body abuts.
Wherein in an embodiment, described lateral plate structure also includes that connecting plate, described connecting plate are positioned at described side plate originally
Between body and described gripper shoe, described side plate body is connected with described gripper shoe by described connecting plate；
The thickness of described connecting plate is less than the thickness of described side plate body；
The thickness of described connecting plate is less than the thickness of described side plate gripper shoe.
Wherein in an embodiment, it is empty that described side plate body, described gripper shoe and described connecting plate surround U-shaped jointly
Chamber.
Wherein in an embodiment, described lateral plate structure also includes that two braced wings, two described braced wings are positioned at institute
State in U-shaped cavity, and be relatively arranged on the edge of described connecting plate；
One of them described braced wing is connected with described side plate body, and another described braced wing is connected with described gripper shoe,
Relatively and there is spacing in the free end of two described braced wings.
Wherein in an embodiment, the free end of described braced wing from the described connecting plate to away from described connection
Be obliquely installed at plate, and the distance that two described braced wings are at described connecting plate more than away from described connecting plate away from
From；
The angle of inclination of the free end of described braced wing is in the range of 1 °～30 °.
Wherein in an embodiment, described lateral plate structure also includes two the first support levels, two described first
Support step is positioned in described U-shaped cavity, and is relatively arranged on described connecting plate；
One of them described first support level is connected with described side plate body, and another described first support level is with described
Gripper shoe connects, and there is spacing between two described first support levels.
Wherein in an embodiment, described lateral plate structure also includes two the second support levels, two described second
Support step is positioned in described U-shaped cavity and is oppositely arranged, and described second support level is positioned at described the first of correspondence and supports platform
Between rank and described braced wing；
One of them described second support level is connected with described side plate body, and another described first support level is with described
Gripper shoe connects, and there is spacing between two described second support levels.
Wherein in an embodiment, the distance between two described first support levels described less than two second supports
Distance between step；
The thickness of described first support level is less than the thickness of described second support level；
The thickness of described braced wing adapts with the thickness of described gripper shoe.
Wherein in an embodiment, described connecting plate is provided with and is easy to the shearing perforation that described gripper shoe is sheared；
Described shearing perforation along the through described connecting plate in direction on the surface that is perpendicular to described connecting plate, and with described U-shaped sky
Chamber connects.
Wherein in an embodiment, described gripper shoe is provided with support rod on a surface of described panel body；
Described gripper shoe is contacted with described panel body by described support rod.
Wherein in an embodiment, described gripper shoe has the cavity of stepping down being easy to assembling, described in step down the opening of cavity
Mouth is towards the opening with described U-shaped cavity towards identical；
The strengthening rib strip of intensity for increasing described gripper shoe it is additionally provided with in described gripper shoe；
Described strengthening rib strip is stepped down in cavity described in being positioned at, and described strengthening rib strip sets along the thickness direction of described gripper shoe
Put.
Wherein in an embodiment, described side plate body, described connecting plate, described gripper shoe, described braced wing, described
First support level, described second support level, described support rod and described strengthening rib strip are structure as a whole.
Wherein in an embodiment, described lateral plate structure is left plate or right plate.
Further relate to a kind of wall mounted machine, including drain pan, panel body and the lateral plate structure as described in any of the above-described technical characteristic；
Described drain pan jointly surrounds receiving chamber with described panel body, and described lateral plate structure is installed in described receiving chamber；
The side plate body of described lateral plate structure contacts with described drain pan, the gripper shoe of described lateral plate structure and described panel
Body contacts.
Wherein in an embodiment, the quantity of described lateral plate structure is two, and respectively left plate and right plate；
Described left plate and described right plate are respectively arranged in described receiving chamber, described left plate respectively with described drain pan
And described plate contact；
Described right plate respectively with described drain pan and described plate contact.
The beneficial effects of the utility model are:
Wall mounted machine of the present utility model and lateral plate structure thereof, structure design advantages of simple, lateral plate structure can abut wall built-up
The drain pan of machine and panel body, lateral plate structure can fill the space between drain pan and panel body.So, impacted when wall mounted machine
Time, the gripper shoe of lateral plate structure can play and support and the effect of buffering, it is to avoid the knock down hole of wall mounted machine and panel body and drain pan
Between space without support so that wall mounted machine is hardly damaged when falling, improve wall mounted machine reliability.Meanwhile, wall mounted machine leads to
The gripper shoe crossing lateral plate structure supports drain pan and panel body, it is possible to avoids using drain pan foam to be supported, reduces drain pan foam
Design and die sinking cost, it is to avoid the wasting of resources, reduce production cost, improve efficiency of assembling, be additionally favorable for environmental protection.
Accompanying drawing explanation
Fig. 1 be the lateral plate structure of this utility model one embodiment be axonometric chart during right plate；
Fig. 2 be the lateral plate structure shown in Fig. 1 be front view during right plate；
Fig. 3 is the partial enlarged drawing at the A shown in Fig. 2；
Fig. 4 be the lateral plate structure shown in Fig. 1 be right view during right plate；
Fig. 5 be the lateral plate structure of this utility model one embodiment be axonometric chart during left plate；
Fig. 6 be the lateral plate structure shown in Fig. 5 be front view during left plate；
Fig. 7 be the lateral plate structure shown in Fig. 5 be left view during left plate；
Wherein:
100-lateral plate structure；
110-side plate body；
120-gripper shoe；
121-support rod；122-strengthening rib strip；
130-connecting plate；
131-shearing perforation；
140-braced wing；
150-the first support level；
160-the second support level.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, by the following examples, and tie
Close accompanying drawing, wall mounted machine of the present utility model and lateral plate structure thereof are further elaborated.Should be appreciated that described herein
Specific embodiment only in order to explain this utility model, be not used to limit this utility model.
Seeing Fig. 1 to Fig. 7, this utility model provides a kind of lateral plate structure 100, and lateral plate structure 100 is installed on wall mounted machine
Drain pan and panel body between, to support drain pan and panel body.Lateral plate structure 100 is for filling the sky between drain pan and panel body
Between so that lateral plate structure 100 can play the effect supporting drain pan with panel body, when wall mounted machine falls, lateral plate structure 100 energy
Enough play and support and the effect of buffering, it is to avoid the space at the knock down hole of wall mounted machine and between drain pan and panel body causes without supporting
Wall mounted machine damage.
Meanwhile, lateral plate structure 100 can replace by drain pan foam support drain pan and panel body, reduces the assembling of wall mounted machine
Time, improve efficiency of assembling, and, additionally it is possible to the problem avoiding the waste resource using drain pan foam to bring, reduces and produces into
This, beneficially environmental protection.
In this utility model, lateral plate structure 100 includes side plate body 110 and gripper shoe 120.Side plate body 110 is existing
Some structures.Side plate body 110 is mainly extended to panel body by the application, and the part that side plate body 110 extends is gripper shoe
120.Gripper shoe 120 replacement is at present by drain pan foam support drain pan and panel body.By side plate body 110 and gripper shoe 120
Form lateral plate structure 100 and fill the space between drain pan and panel body, play the effect supporting drain pan with panel body.
Side plate body 110 is installed on drain pan, and one end of gripper shoe 120 is connected with side plate body 110, gripper shoe 120
The other end abuts with panel body.It is to say, one end of side plate body 110 contacts with drain pan, the other end of side plate body 110
Contacting with gripper shoe 120, gripper shoe 120 contacts with panel body away from one end of side plate body 110.In such manner, it is possible to ensure
The supporting role of gripper shoe 120, improves the reliability of wall mounted machine.
Drain pan foam plays very important effect in wall mounted machine.Owing to the left side of wall mounted machine has drain pipe, right side to have
The reasons in structure such as ratguard versatility, cause the gap at the knock down hole of wall mounted machine and between drain pan and panel body without supporting.
Wall mounted machine is easy to breakage occur when falling.Generally by drain pan foam to the sky at knock down hole and between drain pan and panel body
Gap is supported.But production and installation time are not only wasted in the support of drain pan foam, affect production efficiency.Further, wall mounted machine
When arriving user house and installing, drain pan foam is typically to directly take out and throws away, and wastes resource, is also unfavorable for environmental protection.Therefore, this reality
With novel lateral plate structure 100 by gripper shoe 120 replacement drain pan foam.When wall mounted machine falls, side plate body 110 and drain pan
Contact, gripper shoe 120 support side plate body 110 and panel body, breakage occurs during to avoid wall mounted machine to fall.And, it is to avoid
By drain pan foam support drain pan and panel body, reduce the expense needed for drain pan foam designs and die sinking, reduce production cost.Dress
Timing, without assembling drain pan foam, improves efficiency of assembling, additionally it is possible to avoid the problem being unfavorable for environmental protection that drain pan foam causes.
Owing to lateral plate structure 100 is in order to avoid playing support and cushioning effect when wall mounted machine falls, in order to wall built-up
The carrying of machine.When at user family's assembling wall mounted machine, in addition it is also necessary to the connecting plate 130 of lateral plate structure 100 is removed, drain pan and face
Side plate body 110 is only existed between plate body.If side plate body 110 is integrated with connecting plate 130, can be by cutting nippers etc.
Connecting plate 130 is cut from side plate body 110.If side plate body 110 and connecting plate 130 are for removably connecting, Ke Yizhi
Connect and connecting plate 130 is disassembled.In the present embodiment, side plate body 110 is structure as a whole with connecting plate 130, connects
Plate 130 is cut by cutting nippers.
At present, in the internal structure of wall mounted machine, Existential Space between drain pan and the panel body of wall mounted machine, and then make to hang
Without supporting at two jiaos of wall machine and knock down hole.When falling at wall mounted machine, at two jiaos of wall mounted machine and knock down hole, it is easy to appearance
Damaged.Generally, by two drain pan foams about increasing, two jiaos of wall mounted machine are supported at knock down hole.But, drain pan
Foam can increase production cost, increases installation time, reduces production efficiency.Lateral plate structure 100 of the present utility model can abut
The drain pan of wall mounted machine and panel body, lateral plate structure 100 can fill the space between drain pan and panel body.So, wall mounted machine is worked as
When being impacted, the gripper shoe 120 of lateral plate structure 100 can play and support and the effect of buffering, it is to avoid the knock down hole of wall mounted machine
And the space between panel body and drain pan is without supporting so that wall mounted machine is hardly damaged when falling, and improves the reliability of wall mounted machine.
Meanwhile, wall mounted machine supports drain pan and panel body by the gripper shoe 120 of lateral plate structure 100, it is possible to avoid using drain pan foam to enter
Row supports, and reduces the wasting of resources, reduces production cost, improves efficiency of assembling, is additionally favorable for environmental protection.
As a kind of embodiment, lateral plate structure 100 also includes that connecting plate 130, connecting plate 130 are positioned at side plate body
Between 110 and gripper shoe 120, side plate body 110 is connected with gripper shoe 120 by connecting plate 130.The thickness of connecting plate 130 is little
Thickness in side plate body 110；The thickness of connecting plate 130 is less than the thickness of gripper shoe 120.It is to say, side plate body 110 is
Being connected with gripper shoe 120 by connecting plate 130, connecting plate 130 is structure as a whole with side plate body 110.Further, connecting plate
The thickness of 130 is respectively less than side plate body 110 and the thickness of gripper shoe 120.I.e. connecting plate 130 is weak structure, so in guarantee
While the support strength of fagging 120, additionally it is possible to personnel convenient to operate by cutting nippers by gripper shoe 120 from side plate body 110
Cut, it is simple to operator install.
Further, side plate body 110, gripper shoe 120 surround U-shaped cavity jointly with connecting plate 130.So, U-shaped cavity
Cutting nippers can be accommodated, it is simple to cutting nippers stretches into cut gripper shoe 120.Further, side plate body 110 1 surface, gripper shoe 120 1 table
Face is in same plane with a surface of connecting plate 130, so can be easy to the molding depanning of lateral plate structure 100, it is simple to operation
Personnel cut gripper shoe 120.
As a kind of embodiment, lateral plate structure 100 also includes that two braced wings 140, two braced wings 140 are positioned at U
In type cavity, and it is relatively arranged on the edge of connecting plate 130.One of them braced wing 140 is connected with side plate body 110, another
Braced wing 140 is connected with gripper shoe 120, and the free end of two braced wings 140 relatively and exists spacing.Braced wing 140 can rise
To supporting role.When wall mounted machine falls, due to the existence of U-shaped cavity, gripper shoe 120 has the direction towards side plate body 110
The trend of motion, side plate body 110 also has the trend towards the motion of gripper shoe 120 direction, and lateral plate structure 100 is at connecting plate 130
There is the possibility that there is fracture at place, can affect the support effect of lateral plate structure 100.Therefore, increase in the U-shaped cavity of connecting plate 130
Add the braced wing 140 being oppositely arranged.When wall mounted machine falls, gripper shoe 120 and side plate body 110 are by the support being oppositely arranged
The wing 140 is supported.The free end of two braced wings 140 is close to each other and contacts, it is to avoid gripper shoe 120 and side plate body 110
There is bigger relative motion.Braced wing 140 can play and support and the effect of buffering, improves lateral plate structure 100 at connecting plate 130
The reliability at place, and then ensure the supporting role of lateral plate structure 100.
Further, the free end of braced wing 140 is obliquely installed to away from connecting plate 130 from connecting plate 130,
Two braced wings 140 distance at connecting plate 130 is more than away from the distance at connecting plate 130.It is obliquely installed so that supporting
The free end of the wing 140 has a pattern draft being easy to depanning, and the inclination of pattern draft be near one end of connecting plate 130 to
One end away from connecting plate 130.It is to say, the free end of braced wing 140 has withdrawing pattern adding man-hour, side so can be easy to
The depanning of plate structure 100.Yet further, the angle of inclination of the free end of braced wing 140 is in the range of 1 °～30 °.In this reality
Executing in example, the free end of braced wing 140 has a low-angle withdrawing pattern so that the distance between two braced wings 140 is far
It is 1.5 times～3 times away from connecting plate 130 away from connecting plate 130.
As a kind of embodiment, lateral plate structure 100 also includes two the first support levels 150, two first supports
Step 150 is positioned in U-shaped cavity, and is relatively arranged on connecting plate 130.One of them first support level 150 is with side plate originally
Body 110 connects, and another first support level 150 is connected with gripper shoe 120, there is spacing between two the first support levels 150.
First support level 150 also is able to play a supporting role.When wall mounted machine falls, gripper shoe 120 is passed through with side plate body 110 again
The first support level 150 being oppositely arranged is supported.The end of two the first support levels 150 is close to each other and contacts, and keeps away
Exempt from gripper shoe 120 and have bigger relative motion with side plate body 110, to overcome the connecting plate 130 caused because of U-shaped cavity to rupture
Probability, alleviates braced wing 140 impact, improves the lateral plate structure 100 reliability in junction, and then ensures side plate knot
The supporting role of structure 100.
Further, lateral plate structure 100 also includes that two the second support levels 160, two the second support levels 160 are positioned at
In U-shaped cavity and be oppositely arranged, and the second support level 160 be positioned at correspondence the first support level 150 and braced wing 140 it
Between.One of them second support level 160 is connected with side plate body 110, and another first support level 150 is with gripper shoe 120 even
Connect, between two the second support levels 160, there is spacing.Second support level 160 also is able to play a supporting role, and carries further
High lateral plate structure 100 make effect.When wall mounted machine falls, gripper shoe 120 and side plate body 110 are again by being oppositely arranged
Second support level 160 is supported.The end of two the second support levels 160 is close to each other and contacts, it is to avoid gripper shoe 120
There is bigger relative motion with side plate body 110, with the probability overcoming the connecting plate 130 caused because of U-shaped cavity to rupture, alleviate
Braced wing 140 and the first support level 150 impact, improve the lateral plate structure 100 reliability in junction, and then ensure
The supporting role of lateral plate structure 100.
As a kind of embodiment, the distance between two the first support levels 150 is less than two the second support levels
Distance between 160.It is to say, wall mounted machine falls when causing lateral plate structure 100 to be impacted, side plate body 110 with support
Plate 120 is close to each other, and now, two the first support levels 150 first contact；If buffering dynamics is inadequate, then by two second
Support step 160 buffers；If buffering dynamics is inadequate, then buffered by two braced wings 140.So can be improved by three grades of bufferings
The buffering effect of lateral plate structure 100, it is to avoid lateral plate structure 100 ruptures at connecting plate 130, improves the reliable of lateral plate structure 100
Property, and then ensure the support effect of lateral plate structure 100.Further, the thickness of the first support level 150 is less than the second support platform
The thickness on rank 160.In such manner, it is possible to it is the most suitable to make the buffering between the first support level 150 and the second support level 160 exist
Sequence so that the good buffer effect of lateral plate structure 100, to avoid wall mounted machine to damage.Yet further, the thickness of braced wing 140 with
The thickness of gripper shoe 120 adapts.So ensure that the buffering effect of braced wing 140, improve the reliable of lateral plate structure 100
Property, and then ensure the support effect of lateral plate structure 100.
In this utility model, the weakest part of connecting plate 130 is the gap between two the second support levels 160
The position of corresponding connecting plate 130.It is to say, there is not support member herein, near side plate body in connecting plate 130
110 and gripper shoe 120 at there is support member, such as the first support level 150 and the second support level 160 etc..Operator can
To be cut by cutting nippers or to get rid of, with hands, the part that connecting plate 130 is the weakest, depart from side plate body 110 realizing gripper shoe 120,
And then it is easy to follow-up assembling.
As a kind of embodiment, connecting plate 130 is provided with and is easy to the shearing perforation 131 that gripper shoe 120 is sheared.Shear
Hole 131 is along the through connecting plate in direction 130 on the surface being perpendicular to connecting plate 130, and connects with U-shaped cavity.Shearing perforation 131 can
It is easy to cutting nippers gripper shoe 120 cut from side plate body 110, then cuts knock down hole, in order to carry out other subsequent installation.When
So, it is also possible to hands, gripper shoe 120 is got rid of from side plate body 110.Cutting nippers lays respectively at the both sides of connecting plate 130, passes through
The effect of shearing perforation 131, improves shear efficiency, it is simple to operator install wall mounted machine.Concrete, wall mounted machine is carried out in user family
During installation, can according to the drain pipe of wall mounted machine move towards determine wall mounted machine which side go out pipe.Operator use cutting nippers to incite somebody to action
Connecting plate 130 is cut off, and gripper shoe 120 is cut from side plate body 110, is then cutting knock down hole, and then it is follow-up to carry out other
Installment work.In the present embodiment, the quantity of shearing perforation 131 is three, and three shearing perforations 131 are arranged in rows in connecting plate
On.
As a kind of embodiment, gripper shoe 120 is provided with support rod 121 on a surface of panel body.?
Support rib 121 is between gripper shoe 120 and panel body, and gripper shoe 120 is contacted with panel body by support rod 121.This
Sample, it is possible to making contacting between gripper shoe 120 and panel body is the contact of line face, it is to avoid cause because part processing there is tolerance
Panel body is pushed up deformation by side plate body 110 and gripper shoe 120.Meanwhile, gripper shoe 120 is by support rod 121 and panel body phase
Contact can also be easy to processing and the production of support rod 121, reduces production cost, improves production efficiency.
Further, gripper shoe 120 have be easy to assembling cavity of stepping down, the opening of cavity of stepping down towards with U-shaped cavity
Opening towards identical.Cavity of stepping down can dodge drain pipe and the knock down hole of wall mounted machine.So it can be avoided that gripper shoe 120 exists
Interfere during installation, in order to avoid affecting efficiency of assembling, it is ensured that assembling effect.It is additionally provided with for increasing support in gripper shoe 120
The strengthening rib strip 122 of the intensity of plate 120.Strengthening rib strip 122 is positioned at steps down in cavity, and strengthening rib strip 122 is along gripper shoe 120
Thickness direction is arranged.Strengthening rib strip 122 is used to the intensity of raising gripper shoe 120, it is to avoid gripper shoe 120 is in falling process
Rupture and lose the breakage that knock down hole etc. is supported and cause.
As a kind of embodiment, side plate body 110, connecting plate 130, gripper shoe 120, braced wing 140, first support
Step the 150, second support level 160, support rod 121 and strengthening rib strip 122 are structure as a whole.The side plate body being integrated
110, connecting plate 130, gripper shoe 120, braced wing the 140, first support level the 150, second support level 160, support rod 121
And strengthening rib strip 122 can be easy to the machine-shaping of lateral plate structure 100, improve the reliability of lateral plate structure 100, reduce assembler
Sequence, improves efficiency of assembling.
As a kind of embodiment, lateral plate structure 100 is left plate or right plate.When wall mounted machine has two side plates
During structure 100, lateral plate structure 100 lays respectively at the both sides accommodating chamber that drain pan surrounds with panel body, to play a supporting role.When
When wall mounted machine does not exists lateral plate structure 100, ratguard can be carried out corresponding above-mentioned improvement, to avoid using drain pan foam
Support drain pan and panel body.
This utility model additionally provides a kind of wall mounted machine, including the lateral plate structure in drain pan, panel body and above-described embodiment
100.Drain pan jointly surrounds receiving chamber with panel body, and lateral plate structure 100 is installed in receiving chamber.The side plate of lateral plate structure 100 is originally
Body 110 contacts with drain pan, and the gripper shoe 120 of lateral plate structure 100 contacts with panel body.Wall mounted machine of the present utility model passes through
Lateral plate structure 100 supports drain pan and panel body, substitutes traditional being supported by drain pan foam.So can save drain pan bubble
The design of foam and open time, reduce production cost, improves efficiency of assembling.Further, when wall mounted machine falls, lateral plate structure 100
Buffering and the effect supported can be played, it is ensured that wall mounted machine not cracky.
As a kind of embodiment, the quantity of lateral plate structure 100 is two, and respectively left plate and right plate.Left
Side plate and right plate be respectively arranged in receiving chamber in, left plate respectively with drain pan and plate contact.Right plate respectively with drain pan and
Plate contact.When wall mounted machine has two lateral plate structures 100, lateral plate structure 100 lays respectively at what drain pan and panel body surrounded
Accommodate the both sides in chamber, to play a supporting role, it is ensured that be difficult to impaired when wall mounted machine falls, improve reliability.
Embodiment described above only have expressed several embodiments of the present utility model, and it describes more concrete and detailed,
But therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, common for this area
For technical staff, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these all belong to
In protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (15)
1. a lateral plate structure, it is characterised in that described lateral plate structure (100) be installed on the drain pan of wall mounted machine and panel body it
Between, to support described drain pan and described panel body, described lateral plate structure (100) including:
Side plate body (110), is installed on described drain pan；And
Gripper shoe (120), one end of described gripper shoe (120) is connected with described side plate body (110), described gripper shoe (120)
The other end abut with described panel body.
Lateral plate structure the most according to claim 1, it is characterised in that also include connecting plate (130), described connecting plate
(130) being positioned between described side plate body (110) and described gripper shoe (120), described side plate body (110) is by described connection
Plate (130) is connected with described gripper shoe (120)；
The thickness of described connecting plate (130) is less than the thickness of described side plate body (110)；
The thickness of described connecting plate (130) is less than the thickness of described gripper shoe (120).
Lateral plate structure the most according to claim 2, it is characterised in that described side plate body (110), described gripper shoe
(120) U-shaped cavity is jointly surrounded with described connecting plate (130).
Lateral plate structure the most according to claim 3, it is characterised in that also include two braced wings (140), props up described in two
The support wing (140) is positioned in described U-shaped cavity, and is relatively arranged on the edge of described connecting plate (130)；
One of them described braced wing (140) is connected with described side plate body (110), and another described braced wing (140) is with described
Gripper shoe (120) connects, and the free end of two described braced wings (140) relatively and exists spacing.
Lateral plate structure the most according to claim 4, it is characterised in that the free end of described braced wing (140) is near institute
State connecting plate (130) place to be obliquely installed to away from described connecting plate (130) place, and two described braced wings (140) are near described
The distance at connecting plate (130) place is more than the distance away from described connecting plate (130) place；
The angle of inclination of the free end of described braced wing (140) is in the range of 1 °～30 °.
Lateral plate structure the most according to claim 4, it is characterised in that also include two the first support levels (150), two
Described first support level (150) is positioned in described U-shaped cavity, and is relatively arranged on described connecting plate (130)；
One of them described first support level (150) is connected with described side plate body (110), another described first support platform
Rank (150) are connected with described gripper shoe (120), there is spacing between two described first support levels (150).
Lateral plate structure the most according to claim 6, it is characterised in that also include two the second support levels (160), two
Described second support level (160) is positioned in described U-shaped cavity and is oppositely arranged, and described second support level (160) is positioned at
Between corresponding described first support level (150) and described braced wing (140)；
One of them described second support level (160) is connected with described side plate body (110), another described first support level
(160) it is connected with described gripper shoe (120), between two described second support levels (160), there is spacing.
Lateral plate structure the most according to claim 7, it is characterised in that between two described first support levels (150)
Distance between distance the second support level (160) described less than two；
The thickness of described first support level (150) is less than the thickness of described second support level (160)；
The thickness of described braced wing (140) adapts with the thickness of described gripper shoe (120).
Lateral plate structure the most according to claim 2, it is characterised in that be provided with on described connecting plate (130) described in being easy to
The shearing perforation (131) that gripper shoe is sheared；
The through described connecting plate in the direction (130) on the surface that described shearing perforation (131) edge is perpendicular to described connecting plate (130), and
Connect with described U-shaped cavity.
Lateral plate structure the most according to claim 8, it is characterised in that described gripper shoe (120) is near described panel body
Support rod (121) it is provided with on one surface；
Described gripper shoe (120) is contacted with described panel body by described support rod (121).
11. lateral plate structures according to claim 10, it is characterised in that described gripper shoe (120) has is easy to assembling
Step down cavity, described in step down the opening of cavity towards the opening with described U-shaped cavity towards identical；
The strengthening rib strip (122) of intensity for increasing described gripper shoe (120) it is additionally provided with in described gripper shoe (120)；
Described strengthening rib strip (122) is stepped down in cavity described in being positioned at, and described strengthening rib strip (122) is along described gripper shoe (120)
Thickness direction arrange.
12. lateral plate structures according to claim 11, it is characterised in that described side plate body (110), described connecting plate
(130), described gripper shoe (120), described braced wing (140), described first support level (150), described second support level
(160), described support rod (121) and described strengthening rib strip (122) are structure as a whole.
13. according to the lateral plate structure described in any one of claim 1 to 12, it is characterised in that described lateral plate structure (100) is left
Side plate or right plate.
14. 1 kinds of wall mounted machines, it is characterised in that include drain pan, panel body and the side plate as described in any one of claim 1 to 13
Structure (100)；
Described drain pan jointly surrounds receiving chamber with described panel body, and described lateral plate structure (100) is installed in described receiving chamber；
The side plate body (110) of described lateral plate structure (100) contacts with described drain pan, the support of described lateral plate structure (100)
Plate (120) contacts with described panel body.
15. wall mounted machines according to claim 14, it is characterised in that the quantity of described lateral plate structure (100) is two, and
It is respectively left plate and right plate；
Described left plate and described right plate are respectively arranged in described receiving chamber, described left plate respectively with described drain pan and institute
State plate contact；
Described right plate respectively with described drain pan and described plate contact.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620523414.7U CN205747446U (en) | 2016-06-01 | 2016-06-01 | Wall mounted machine and lateral plate structure thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620523414.7U CN205747446U (en) | 2016-06-01 | 2016-06-01 | Wall mounted machine and lateral plate structure thereof |
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| Publication Number | Publication Date |
|---|---|
| CN205747446U true CN205747446U (en) | 2016-11-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108592374A (en) * | 2018-05-24 | 2018-09-28 | 珠海格力电器股份有限公司 | Support construction and air conditioner with it |
-
2016
- 2016-06-01 CN CN201620523414.7U patent/CN205747446U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108592374A (en) * | 2018-05-24 | 2018-09-28 | 珠海格力电器股份有限公司 | Support construction and air conditioner with it |
| CN108592374B (en) * | 2018-05-24 | 2023-07-14 | 珠海格力电器股份有限公司 | Supporting structure and air conditioner with same |
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