CN208859822U - Air-conditioner set boxboard lagging casing structure - Google Patents
Air-conditioner set boxboard lagging casing structure Download PDFInfo
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- CN208859822U CN208859822U CN201821676183.9U CN201821676183U CN208859822U CN 208859822 U CN208859822 U CN 208859822U CN 201821676183 U CN201821676183 U CN 201821676183U CN 208859822 U CN208859822 U CN 208859822U
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- thermal insulation
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- box plate
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Abstract
The utility model discloses a kind of air-conditioner set boxboard lagging casing structures, multiple thermal insulation box plate components are used in single air-conditioner set, thermal insulation box plate component is made of the insulation filling materials for exempting to paint steel plate and inside of outer layer, is all connected and fixed the steel plate of exempting to paint of upper and lower surface by combination seal on four sides of thermal insulation box plate component；On combination seal, outer side edges are extended towards the side of lateral surface an outside extension edge, and a lateral gap is formed between outside extension edge and outer side edges；On combination seal, inner side edge is extended towards the side of medial surface an inner bulge, in inner bulge, has a reinforcing plate card slot towards the design of the side of medial surface, a reinforcing plate is fitted with inside reinforcing plate card slot.The utility model is contacted by designing above by transition angular component and combination seal, it is entirely avoided directly contacts between the strong metal material of thermal conductivity, unit box body inside and outside can be made to completely cut off completely, reduce energy loss.
Description
Technical field
The utility model relates to air-conditioner set lagging casing technical field more particularly to a kind of heat preservation of air-conditioner set boxboard are outer
Shell structure.
Background technique
Known, current air-conditioner set is mostly fabricated structure, and such air-conditioner set is in production, air conditioner in order to prevent
Energy loss caused by the group inside and outside temperature difference is the assembling design for having to consider using the bridge cut-off with air adiabatic, main
Function is that air-conditioner set internal heat is prevented to scatter and disappear, and condensation is easy to produce under air-conditioner set internal-external temperature difference, and then improve air-conditioning
Energy consumption, to causing certain cost pressure using unit.
In recent years, the generation of the above phenomenon in order to prevent, mostly uses aluminium alloy technology to prevent air-conditioner set at present
Internal heat is scattered and disappeared, and still, the bridge cut-off technology of existing such aluminium alloy structure when in use, directly connects because its is intermetallic
Touching still will appear scattering and disappearing for certain heat, and heat preservation is not thorough；Furthermore structure is complicated for existing broken bridge thermal-insulation, the technique in assembling
Complexity seriously affects production efficiency.
How to be improved by technology, designed a novel as industry technical staff for the drawback in the prior art
Air-conditioner set boxboard lagging casing structure, allow to greatly improve in thermal insulation property, meanwhile, design structure is simple,
Ease of assembly, bringing the raising in production efficiency to manufacturing enterprise is that existing industry technical staff technology urgently to be resolved is asked
Topic.
Summary of the invention
To achieve the goals above, the technical scheme adopted is as follows for the utility model: a kind of air-conditioner set boxboard heat preservation
Shell mechanism, uses multiple thermal insulation box plate components in single air-conditioner set, and the thermal insulation box plate component is exempted to paint by outer layer
Steel plate and inside insulation filling materials composition, thermal insulation box plate component four while it is upper be all provided with step-like combination while structure,
In the combination side structure, the steel plate of exempting to paint of upper and lower surface is connected and fixed by combination seal；The combination is close
Sealing is plastic cement material, is designed for right-angle structure, is outer side edges on the side of lateral surface, outside on combination seal
Side is extended towards the side of lateral surface an outside extension edge, is formed outside one between outside extension edge and outer side edges
Side clearance；It is inner side edge on the side of medial surface on combination seal, inner side edge extends towards the side of medial surface to be set
It is equipped with an inner bulge, forms a medial gap between inner bulge and inner side edge, in inner bulge, towards medial surface
Side design have a reinforcing plate card slot, a reinforcing plate is fitted with inside reinforcing plate card slot.
The thermal insulation box plate component is the component being fixed on unit framework, adjacent two pieces of thermal insulation box plate components combination
When, the angle of two thermal insulation box plate components combination is provided with a transition angular component, on the transition angular component, court
A dock is all provided on the inner side edge of thermal insulation box plate component, two docks are arranged at an angle of 90 degrees degree；It is right at two
The inner side edge of thermal insulation box plate component is all provided with a T-slot on consecutive, a diaphragm seal is fitted in T-slot, when
When unit framework surrounding combines, inner side edge and diaphragm seal on thermal insulation box plate component squeeze to be combined thermal insulation box plate.
On combination seal, towards being provided with multiple tracks friction protrusion on the one side of transition angular component in outer side edges,
It is corresponding with occlusion protrusion, it is also provided with multiple tracks friction protrusion towards outer side edges on transition angular component, is arranged on outer side
Friction protrusion and transition angular component on friction protrusion be staggered.
The beneficial effects of the utility model are: the utility model is arranged on thermal insulation box plate component by designing above
Combination seal, by be arranged on combination seal lateral gap and medial gap will exempt to paint steel plate corner seals fix and
It carries out forming an indivisible entirety when thermal insulation foaming processing, in combination seal towards thermal insulation box plate component inner side edge
It is upper on one side that reinforcing plate card slot is set, reinforcing plate is clamped with this and is fixed.It is arranged through the above structure, makes each thermal insulation box plate component
Combinatorial surface all separated with external insulation, when adjacent two pieces of thermal insulation box plate components combine when, pass through transition angular component and combination
Sealing element contact, it is entirely avoided directly contact, effectively reduced inside unit box body between the strong metal material of thermal conductivity
Temperature scatter and disappear, unit box body inside and outside can be made to completely cut off completely, reduce energy loss, be that a kind of ideal air-conditioner set boxboard is protected
Warm shell mechanism.
Detailed description of the invention
Fig. 1 is the utility model top view cross section structural schematic diagram；
Fig. 2 is the utility model side structure schematic view；
Fig. 3 be in Fig. 1 A to structure enlargement diagram；
Fig. 4 is the utility model assembling structure schematic diagram；
Fig. 5 be in Fig. 4 B to structure enlargement diagram；
Appended drawing reference: 1, thermal insulation box plate component, 2, insulation filling materials, 3, exempt from paint steel plate, 4, transition angular component, 5, combination it is close
Sealing, 6, outer side edges, 7, friction protrusion, 8, inner side edge, 9, medial gap, 10, inner bulge, 11, reinforcing plate card slot, 12, increasing
Strong plate, 13, outside extension edge, 14, lateral gap, 15, diaphragm seal, 16, dock, 17, T-slot.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing, to this reality
It is further elaborated with novel.It should be appreciated that the specific embodiments described herein are only used to explain that this is practical
It is novel, it is not used to limit the utility model.
As shown in the picture, a kind of air-conditioner set boxboard lagging casing structure comprising multiple thermal insulation box plate components 1, it is described
Thermal insulation box plate component 1 by outer layer exempt from paint steel plate 3 and inside insulation filling materials 2 form, the external filler 2 be send out
Steep sealed material or glass rock wool；Thermal insulation box plate component 1 four while it is upper be all provided with step-like combination while structure, it is described
Combination side structure on, by combination seal 5 by upper and lower surface exempt from paint steel plate 3 be connected and fixed；The combination sealing
Part 5 is plastic cement material, is designed for right-angle structure, is outer side edges 6 on the side of lateral surface, outside on combination seal 5
Side 6 is extended towards the side of lateral surface an outside extension edge 13, is formed between outside extension edge 13 and outer side edges 6
One lateral gap 14；It is inner side edge 8 on the side of medial surface, inner side edge 8 is towards medial surface on combination seal 5
Side be extended have an inner bulge 10, between inner bulge 10 and inner side edge 8 formed a medial gap 9, inside
In protrusion 10, there is a reinforcing plate card slot 11 towards the design of the side of medial surface, be fitted with one inside reinforcing plate card slot 11
The purpose of reinforcing plate 12, setting reinforcing plate 12 is that the integral strength of combination seal 5 is improved by reinforcing plate 12.
Embodiment:
When the utility model is used, as shown in Figure 4 and Figure 5, first by exempting to paint steel plate 3 and internal insulation filling materials
The molding of thermal insulation box plate component 1 is realized in 2 combination, then by the way that lateral gap 14 and medial gap are arranged on transition angular component 4
9,1 surrounding of thermal insulation box plate component protrusion is exempted to be inserted into inside lateral gap 14 and medial gap 9 after painting 3 bending of steel plate, it is real
The combination of existing thermal insulation box plate component 1 and transition angular component 4 is exposed with transition angular component 4.When adjacent two pieces of thermal insulation box plate components 1
When combination, the combined angle of two thermal insulation box plate components 1 is provided with a transition angular component 4, on transition angular component 4,
A dock 16 is all provided on towards the inner side edge of thermal insulation box plate component 1, two docks 16 are arranged at an angle of 90 degrees degree；?
The inner side edge of thermal insulation box plate component 1 is all provided with a T-slot 17 on two docks 16, is fitted in T-slot 17
One diaphragm seal 15, when the thermal insulation box plate component 1 of unit boxboard surrounding combines, inner side edge 8 on thermal insulation box plate component 1 and close
Mounting 15, which squeezes, to be combined, and is realized the nonmetallic connection between unit boxboard inside and outside wall with this, is made set box intralamellar part heat can not
It scatters and disappears to outside.
On the basis of the above structure, to further increase the utility model in close and fastness when assembled, in mistake
It crosses on angular component 4, it is convex with being engaged towards being provided with multiple tracks occlusion protrusion 17 on the one side of transition angular component 4 in outer side edges 6
It rises 7 corresponding, is also provided with multiple tracks friction protrusion 18 towards outer side edges on transition angular component, rubbing on outer side is set
The friction protrusion 18 wiped on protrusion 18 and transition angular component 4 is staggered.
Summarize: combination seal 5 is arranged by designing above in the utility model on thermal insulation box plate component 1, by
Lateral gap 14 and medial gap 9 are arranged on combination seal 5 will exempt from paint steel plate corner seals and fix.It sets through the above structure
It sets, separates the surrounding of each thermal insulation box plate 1 all with external insulation on the combinatorial surface of unit framework.It is kept the temperature when adjacent two pieces
When boxboard component 1 combines, contacted by transition angular component 4 and combination seal 1, it is entirely avoided the strong metal material of thermal conductivity
Between directly contact, effectively reduce temperature inside unit box body and scatter and disappear, can make unit box body inside and outside energy completely every
Absolutely, energy loss is reduced, is a kind of ideal air-conditioner set boxboard lagging casing structure.
Claims (3)
1. a kind of air-conditioner set boxboard lagging casing structure comprising multiple thermal insulation box plate components, it is characterised in that: the guarantor
Incubator board group part is made of the insulation filling materials for exempting to paint steel plate and inside of outer layer, is all arranged on four sides of thermal insulation box plate component
Have a step-like combination side structure, in the combination side structure, by combination seal by upper and lower surface exempt from paint steel plate
It is connected and fixed；The combination seal is plastic cement material, is designed for right-angle structure, on combination seal, close to outside
It is outer side edges on the side in face, outer side edges are extended towards the side of lateral surface an outside extension edge, outside extension edge
A lateral gap is formed between outer side edges；It is inner side edge, inner side edge on the side of medial surface on combination seal
Being extended towards the side of medial surface has an inner bulge, and a medial gap is formed between inner bulge and inner side edge,
In inner bulge, there is a reinforcing plate card slot towards the design of the side of medial surface, an increasing is fitted with inside reinforcing plate card slot
Strong plate.
2. air-conditioner set boxboard lagging casing structure according to claim 1, it is characterised in that: the incubator board group
Part is the component being fixed on unit framework, when adjacent two pieces of thermal insulation box plate components combine, is combined in two thermal insulation box plate components
Angle be provided with a transition angular component, on the transition angular component, towards on the inner side edge of thermal insulation box plate component
It is all provided with a dock, two docks are arranged at an angle of 90 degrees degree；All towards thermal insulation box plate component on two docks
Inner side edge be provided with a T-slot, a diaphragm seal is fitted in T-slot, when thermal insulation box plate is in unit framework surrounding group
When conjunction, inner side edge and diaphragm seal on thermal insulation box plate component, which squeeze, to be combined.
3. air-conditioner set boxboard lagging casing structure according to claim 1, it is characterised in that: on combination seal,
It is corresponding with occlusion protrusion towards being provided with multiple tracks friction protrusion on the one side of transition angular component in its outer side edges, in transition
It is also provided with multiple tracks friction protrusion towards outer side edges on angular component, is arranged in the friction protrusion on outer side and transition angular component
Friction protrusion be staggered.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821676183.9U CN208859822U (en) | 2018-10-16 | 2018-10-16 | Air-conditioner set boxboard lagging casing structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821676183.9U CN208859822U (en) | 2018-10-16 | 2018-10-16 | Air-conditioner set boxboard lagging casing structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208859822U true CN208859822U (en) | 2019-05-14 |
Family
ID=66421043
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821676183.9U Active CN208859822U (en) | 2018-10-16 | 2018-10-16 | Air-conditioner set boxboard lagging casing structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208859822U (en) |
-
2018
- 2018-10-16 CN CN201821676183.9U patent/CN208859822U/en active Active
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