CN209687275U - A kind of energy-saving doors - Google Patents
A kind of energy-saving doors Download PDFInfo
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- CN209687275U CN209687275U CN201822188107.XU CN201822188107U CN209687275U CN 209687275 U CN209687275 U CN 209687275U CN 201822188107 U CN201822188107 U CN 201822188107U CN 209687275 U CN209687275 U CN 209687275U
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- flitch
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- wood
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Abstract
A kind of energy-saving doors are related to constructional ornamental material field, solve the problems, such as that needing one kind had not only saved Wood Energy but also non-damageable door, including the door-plate skeleton being made of front panel, rear panel, left panel, right panel, top panel and lower panel, reinforcing rib connects front panel and rear panel；Door-plate skeleton corresponds to and is equipped with the first flitch at hinge connection, and the second flitch is equipped on the upside of door-plate skeleton, and downside is equipped with the 5th flitch, and right side is equipped with third flitch, the 4th flitch and door lock, and door lock connects front panel, rear panel and the 4th flitch；The inner surface of front panel and rear panel is bonded the first wood lath and the second wood lath respectively；Flitch block is equipped between first wood lath and the second wood lath, and the density of the flitch block in 3/4 region is greater than 1/4 region of upside on the downside of door-plate skeleton；Door-plate skeleton and reinforcing rib are Wood plastic boards.The utility model will not make moist deformation, save Wood Energy, guarantee the intensity and toughness of energy-saving doors, with after cool heat-insulated, energy saving.
Description
Technical field
The utility model relates to constructional ornamental material technical fields, and in particular to a kind of energy-saving doors.
Background technique
The door of present family, office space, material therefor are mostly timber, because timber climate influences, are especially made moist
Afterwards, easy contraction distortion, split, and the resource of timber is limited, and needing to produce a large amount of timber every year is to Wood Energy
Waste, national various laws and regulations and policy are advocated also in the use of limitation timber and use various substitute for wood, emerging
Wood-plastic board can be used for making door, but wood moulding can be more fragile compared to solid wood, toughness, impact resistance are also not strong enough, wood-plastic door
It is easily damaged, has in use special careful.Therefore demand one kind had not only saved Wood Energy but also non-damageable
Door.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of energy-saving doors.
Used technical solution is as follows in order to solve the technical problem for the utility model:
A kind of energy-saving doors, including the door-plate being made of front panel, rear panel, left panel, right panel, top panel and lower panel
Skeleton, longitudinally disposed reinforcing rib in door-plate skeleton, reinforcing rib connect front panel and rear panel；There are two being set on the left of door-plate skeleton
Or at three hinge connections, the first flitch is equipped at corresponding hinge connection, the first flitch is bonded front panel, rear panel and the left side
Plate；The upside of door-plate skeleton is equipped with the second flitch, and the second flitch is bonded front panel, rear panel and top panel；The right side of door-plate skeleton
Side is equipped with third flitch, and third flitch is bonded front panel, rear panel and right panel；The right side of door-plate skeleton is equipped with door lock, corresponding
Door lock is equipped with the 4th flitch, and the 4th flitch is bonded front panel, rear panel and third flitch, door lock connect front panel, rear panel and
4th flitch；The downside of door-plate skeleton is equipped with the 5th flitch, and the 5th flitch is bonded front panel, rear panel and lower panel；Front panel
Inner surface be bonded the first wood lath；The inner surface of rear panel is bonded the second wood lath；First wood lath and the second wood lath it
Between be equipped with multiple flitch blocks, be greater than positioned at the density of the flitch block in 3/4 region on the downside of door-plate skeleton and be located at 1/4 on the upside of door-plate skeleton
The density of the flitch block in region；Door-plate skeleton and reinforcing rib are Wood plastic boards, the first flitch, the second flitch, third flitch, the 4th
Flitch, the 5th flitch, the first wood lath, the second wood lath and the equal sprayed fire proofing coating of flitch block.
Further, reinforcing rib is uniformly arranged in door-plate skeleton.
Further, reinforcing rib with a thickness of 6~9mm.
Further, left panel and the thickness of right panel are all larger than the thickness of reinforcing rib.
Further, the first flitch, the second flitch, third flitch, the 4th flitch, the 5th flitch, the first wood lath, second
Wood lath and flitch block are solid wood material.
Further, the flitch block in 3/4 region is uniformly arranged on the downside of door-plate skeleton.
Further, the flitch block in 1/4 region is uniformly arranged on the upside of door-plate skeleton.
The beneficial effects of the utility model are:
It 1, is Wood-plastic material by door-plate skeleton and reinforcing rib, Wood-plastic material has many advantages, such as waterproof, moisture-proof, basic solution
Timber is to being easy the problem of rotting, deforming, split after water suction dampness in moist and more water environments, it is often more important that reduces to wood
The use of material, has saved Wood Energy.
2, pass through the first flitch, the second flitch, third flitch, the 4th flitch, the 5th flitch, the first wood lath, the second wood
Lath and flitch block improve the intensity and toughness of energy-saving doors.
3, the reinforcing rib of the utility model can not only play the role of reinforced door framework intensity, be formed simultaneously front panel and
Cavity between rear panel, which has the function of every cool heat-insulated, energy saving.
4, pass through the first flitch, the second flitch, third flitch, the 4th flitch, the 5th flitch, the first wood lath, the second wood
Lath and the equal sprayed fire proofing coating of flitch block, so that the energy-saving doors of the utility model have fire protecting performance.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of energy-saving doors of the utility model.
Fig. 2 is a kind of sectional view along Figure 1A-A ' of energy-saving doors of the utility model.
Fig. 3 is a kind of part-structure figure of energy-saving doors of the utility model.
In figure: 1.1, front panel, 1.2, rear panel, 1.3, left panel, 1.4, right panel, 1.5, top panel, 1.6, below
Plate, 2, reinforcing rib, the 3, first flitch, the 4, second flitch, 5, third flitch, the 6, the 4th flitch, the 7, the 5th flitch, the 8, first plank
Item, the 9, second wood lath, 10, flitch block, 11, at hinge connection.
Specific embodiment
The utility model is described in further details with reference to the accompanying drawings and examples.
A kind of energy-saving doors, structure is as shown in Figures 1 to 3, including by front panel 1.1, rear panel 1.2, left panel 1.3, the right side
The door-plate skeleton that plate 1.4, top panel 1.5 and lower panel 1.6 are constituted, longitudinally disposed reinforcing rib 2 in door-plate skeleton, reinforcing rib 2 connect
Connect front panel 1.1 and rear panel 1.2；Preferably the uniform setting of reinforcing rib 2 adds in front between plate 1.1 and rear panel 1.2
Strengthening tendons 2 with a thickness of 6~9mm.The left side of door-plate skeleton is equipped with 11 at two or three hinge connections, 11 at corresponding hinge connection
Equipped with the first flitch 3, the first flitch 3 is bonded front panel 1.1, rear panel 1.2 and left panel 1.3 simultaneously.The upside of door-plate skeleton
Equipped with the second flitch 4, the second flitch 4 is bonded front panel 1.1, rear panel 1.2 and top panel 1.5 simultaneously.The right side of door-plate skeleton
Equipped with third flitch 5, third flitch 5 is bonded front panel 1.1, rear panel 1.2 and right panel 1.4 simultaneously.The right side of door-plate skeleton
Equipped with door lock, corresponding door lock is equipped with the 4th flitch 6, and the 4th flitch 6 is bonded front panel 1.1, rear panel 1.2 and third flitch simultaneously
5, it can also be bonded reinforcing rib 2, door lock connects front panel 1.1, rear panel 1.2 and the 4th flitch 6, and door lock can also connect third wood
Side 5 all has door handle on existing door lock.The downside of door-plate skeleton is equipped with the 5th flitch 7, before the 5th flitch 7 is bonded simultaneously
Panel 1.1, rear panel 1.2 and lower panel 1.6.The inner surface of front panel 1.1 is bonded the first wood lath 8, the interior table of rear panel 1.2
Face paste closes the second wood lath 9, and specially the first wood lath 8 and the second wood lath 9 are respectively positioned in the gap between reinforcing rib 2, and
And between the first flitch 3, the second flitch 4, third flitch 5, the 4th flitch 6 and the 5th flitch 7.First wood lath 8 and
Multiple flitch blocks 10 are equipped between two wood laths 9, the density of the flitch block 10 in 3/4 region is greater than and is located on the downside of door-plate skeleton
The density of the flitch block 10 in 1/4 region on the upside of door-plate skeleton, the region of dotted line institute's frame choosing indicates 1/4 on the upside of door-plate skeleton in Fig. 3
The region in region, non-frame choosing indicates 3/4 region on the downside of door-plate skeleton.Door-plate skeleton and reinforcing rib 2 are Wood plastic boards.First flitch
3, the second flitch 4, third flitch 5, the 4th flitch 6, the 5th flitch 7, the first wood lath 8, the second wood lath 9 and flitch block 10 are equal
Sprayed fire proofing coating.
The manufacturing process of the utility model can be with are as follows: front panel 1.1, left panel 1.3, right panel 1.4, top panel 1.5, under
Panel 1.6 and reinforcing rib 2 are integral structure, by the first flitch 3, the second flitch 4, third flitch 5, the 6, the 5th wood of the 4th flitch
Side 7 is fitted in the corresponding position on front panel 1.1 respectively；The first wood lath 8 is fitted on front panel 1.1 again, by flitch block
10 are fitted on the first wood lath 8；The second wood lath 9 of fitting is corresponded on plate 1.2 below, that is, avoids the first flitch 3, second
Flitch 4, third flitch 5, the 4th flitch 6 and the 5th flitch 7；In the first flitch 3, the second flitch 4, third flitch 5, the 4th flitch
6, daub is applied on the 5th flitch 7, flitch block 10, left panel 1.3, right panel 1.4, top panel 1.5, lower panel 1.6 and reinforcing rib 2
Layer, the rear panel 1.2 for posting the second wood lath 9 is glued above, at this time rear panel 1.2 and front panel 1.1, left panel 1.3,
Right panel 1.4, top panel 1.5 and lower panel 1.6 constitute door-plate skeleton, install door lock again after obtaining door-plate skeleton.Rear panel 1.2
It can also be realized by connection card etc. with above-mentioned integrally-built connection.
Door-plate skeleton and reinforcing rib 2 are Wood-plastic material, and Wood-plastic material has many advantages, such as waterproof, moisture-proof, insect prevention, termite-proof,
Timber is solved the problems, such as at all to being easy to rot after water suction dampness in moist and more water environments, deform, split, it is often more important that
The use to timber is reduced, Wood Energy has been saved.Extend at hinge connection 11 service life by the first flitch 3, guarantees
11 robustness and load-bearing capacity at the hinge connection of the utility model.Pass through the second flitch 4, third flitch 5 and the 5th wood
The intensity at energy-saving doors edge improves in side 7, avoids the damage of switch Shi Menyu doorframe collided with and cause door-plate skeleton, is guaranteeing wood
Material improves the impact resistant capability of door-plate skeleton edges under the premise of saving.Door lock is improved by the 4th flitch 6 and door-plate skeleton connects
The stability connect, since switch on the door passes through door lock, so the 4th flitch 6 increases the intensity of energy saving door lock.First
Wood lath 8 increases the intensity of front panel 1.1, the second wood lath 9 increases the intensity of rear panel 1.2, and flitch block 10 is located at the
Between one wood lath 8 and the second wood lath 9, further support is provided for front panel 1.1 and rear panel 1.2；People usually push away
Door and activity all only not only subtract in the lower part for being pushed against door so less flitch block 10 can be set in 1/4 part of upside in this way
Wood Energy has been saved in the use for having lacked timber, while enhancing the intensity of door-plate skeleton, improves the tough of wood-plastic door sheet skeleton
Property and impact resistance, the first wood lath 8, the second wood lath 9 and flitch block 10 enhance front panel 1.1 and 1.2 middle part of rear panel
The intensity divided, is hardly damaged front panel 1.1 and rear panel 1.2.Reinforcing rib 2 can not only play the work of reinforced door framework intensity
With, the cavity being formed simultaneously between front panel 1.1 and rear panel 1.2, which has the function of opening sky in summer room every cool heat-insulated
Modulate cold, the hot gas of cavity isolation outdoors, winter indoor heating, the cold air of cavity isolation outdoors, so the cavity has saved energy
Source.First flitch 3, the second flitch 4, third flitch 5, the 4th flitch 6, the 5th flitch 7, the first wood lath 8, the second wood lath 9
With the equal sprayed fire proofing coating of flitch block 10 so that the energy-saving doors of the utility model have fire protecting performance.
Preferably: left panel 1.3 and the thickness of right panel 1.4 are all larger than the thickness of reinforcing rib 2；First flitch 3, second
Flitch 4, third flitch 5, the 4th flitch 6, the 5th flitch 7, the first wood lath 8, the second wood lath 9 and flitch block 10 are solid wood
Material；The flitch block 10 in 3/4 region is uniformly arranged on the downside of door-plate skeleton；The flitch in 1/4 region on the upside of door-plate skeleton
Block 10 is uniformly arranged.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without departing from the principle of this utility model, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the protection scope of the utility model.
Claims (7)
1. a kind of energy-saving doors, which is characterized in that including by front panel (1.1), rear panel (1.2), left panel (1.3), right panel
(1.4), the door-plate skeleton that top panel (1.5) and lower panel (1.6) are constituted, longitudinally disposed reinforcing rib (2) in door-plate skeleton, reinforces
Muscle (2) connects front panel (1.1) and rear panel (1.2)；The left side of door-plate skeleton is equipped at two or three hinge connections (11),
(11) are equipped with the first flitch (3) at corresponding hinge connection, and the first flitch (3) is bonded front panel (1.1), rear panel (1.2) and a left side
Panel (1.3)；The upside of door-plate skeleton is equipped with the second flitch (4), and the second flitch (4) is bonded front panel (1.1), rear panel
(1.2) and top panel (1.5)；The right side of door-plate skeleton is equipped with third flitch (5), third flitch (5) bonding front panel (1.1),
Rear panel (1.2) and right panel (1.4)；The right side of door-plate skeleton is equipped with door lock, and corresponding door lock is equipped with the 4th flitch (6), and the 4th
Flitch (6) is bonded front panel (1.1), rear panel (1.2) and third flitch (5), and door lock connects front panel (1.1), rear panel
(1.2) and the 4th flitch (6)；The downside of door-plate skeleton be equipped with the 5th flitch (7), the 5th flitch (7) be bonded front panel (1.1),
Rear panel (1.2) and lower panel (1.6)；The inner surface of front panel (1.1) is bonded the first wood lath (8)；Rear panel (1.2) it is interior
Surface is bonded the second wood lath (9)；It is equipped with multiple flitch blocks (10) between first wood lath (8) and the second wood lath (9), is located at
The density of the flitch block (10) in 3/4 region is greater than the flitch block (10) for being located at 1/4 region on the upside of door-plate skeleton on the downside of door-plate skeleton
Density；Door-plate skeleton and reinforcing rib (2) are Wood plastic boards, the first flitch (3), the second flitch (4), third flitch (5), the 4th
Flitch (6), the 5th flitch (7), the first wood lath (8), the second wood lath (9) and flitch block (10) sprayed fire proofing coating.
2. a kind of energy-saving doors as described in claim 1, which is characterized in that reinforcing rib (2) is uniformly arranged in door-plate skeleton.
3. a kind of energy-saving doors as described in claim 1, which is characterized in that reinforcing rib (2) with a thickness of 6~9mm.
4. a kind of energy-saving doors as described in claim 1, which is characterized in that left panel (1.3) and the thickness of right panel (1.4) are equal
Greater than the thickness of reinforcing rib (2).
5. a kind of energy-saving doors as described in claim 1, which is characterized in that the first flitch (3), the second flitch (4), third flitch
(5), the 4th flitch (6), the 5th flitch (7), the first wood lath (8), the second wood lath (9) and flitch block (10) are solid wood material
Material.
6. a kind of energy-saving doors as described in claim 1, which is characterized in that the flitch block in 3/4 region on the downside of door-plate skeleton
(10) it is uniformly arranged.
7. a kind of energy-saving doors as described in claim 1, which is characterized in that the flitch block in 1/4 region on the upside of door-plate skeleton
(10) it is uniformly arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822188107.XU CN209687275U (en) | 2018-12-20 | 2018-12-20 | A kind of energy-saving doors |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822188107.XU CN209687275U (en) | 2018-12-20 | 2018-12-20 | A kind of energy-saving doors |
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| Publication Number | Publication Date |
|---|---|
| CN209687275U true CN209687275U (en) | 2019-11-26 |
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ID=68596836
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822188107.XU Active CN209687275U (en) | 2018-12-20 | 2018-12-20 | A kind of energy-saving doors |
Country Status (1)
| Country | Link |
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| CN (1) | CN209687275U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113482493A (en) * | 2021-08-13 | 2021-10-08 | 山东宜居新材料科技有限公司 | Wood-plastic push-pull folding door and processing device thereof |
-
2018
- 2018-12-20 CN CN201822188107.XU patent/CN209687275U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113482493A (en) * | 2021-08-13 | 2021-10-08 | 山东宜居新材料科技有限公司 | Wood-plastic push-pull folding door and processing device thereof |
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