CN204081873U - A kind of door leaf structure of equipped with glass - Google Patents
A kind of door leaf structure of equipped with glass Download PDFInfo
- Publication number
- CN204081873U CN204081873U CN201420361558.8U CN201420361558U CN204081873U CN 204081873 U CN204081873 U CN 204081873U CN 201420361558 U CN201420361558 U CN 201420361558U CN 204081873 U CN204081873 U CN 204081873U
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- glass
- inside casing
- door leaf
- frame
- front panel
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Abstract
A kind of door leaf structure of equipped with glass, at least comprise a front panel, a rear board, a hollow inside casing assembly, a glass load bearing seat assembly and the above glass of a slice, the interior plate face of described front panel and described rear board is provided with multiple positioning convex, under not needing to use screw, the inside being fixed on door leaf is used for described hollow inside casing assembly, this structure, can promote that described hollow inside casing assembly can robust support and assembling institute's glass load bearing seat assembly and described glass.
Description
Technical field
The utility model, about a kind of door leaf structure of equipped with glass, is particularly provided with hollow inside casing assembly in the inside of door leaf and does not need the door leaf structure of the equipped with glass making to be screwed.
Background technology
As shown in Figure 1, door leaf 10 structure of prior art equipped with glass, by two panels door skin 11,12, in four edge sealing materials, 13, four door leafs, vacancy edge sealing material 14, four glazing beads 15 and a slice or the above glass 80 of a slice form jointly.
Wherein, described four edge sealing materials 13 form the outside quadrilateral frame of two panels hollow shape door skin 11,12, in described four door leafs, vacancy edge sealing material 14 forms the inner side quadrilateral frame of two panels hollow shape door skin 11,12, after vacancy edge sealing material in described four edge sealing materials 13 and four door leafs 14 and hollow shape door skin 11,12 compose one, Reperfu-sion Polyurethane (PU) foamed plastic 16 enters the space between hollow shape door skin 11,12, to strengthen the intensity of described door leaf 10.
In described four door leafs, vacancy edge sealing material 14 is also provided with and locates for glass 80 and groove that glazing bead 15 is located, after glass 80 is placed into assembling position, can by glazing bead 15 fixing glass 80, and to form the door leaf 10 of equipped with glass.
But, the door leaf 10 of this prior art equipped with glass, only uses the weight of vacancy edge sealing material 14 support glass 80 in four door leafs, there is the shortcoming of strength deficiency, and Polyurethane (PU) foamed plastic 16 need be poured in the inside of door leaf 10, uneconomical with regard to cost consideration.
Utility model content
In view of this, main purpose of the present utility model is the door leaf structure disclosing a kind of equipped with glass, comprising: two panels panel, is provided with the hollow bulb of equipped with glass, and forms front panel and the rear board of door leaf respectively; Two upright side seal frames, form the left side frame between described front panel and described rear board and right side frame respectively; Two horizontal side seal frames, form the upperside frame between described front panel and described rear board and underside frame respectively; Wherein, described front panel and described rear board around hollow bulb, are provided with multiple positioning convex in interior plate face; And comprise further:
One hollow inside casing assembly, is fixed in the space of the positioning convex of described front panel and the positioning convex of described rear board;
Two reinforcing materials, are assembled in space between described upright side seal frame, described horizontal side seal frame and described hollow inside casing assembly respectively;
One glass load bearing seat assembly, is assembled in the inner side of described hollow inside casing assembly, and is integrally formed with described hollow inside casing assembly;
A slice or the above glass of a slice, be placed on the carrying position of described glass load bearing seat assembly; And
More than three glazing beads, combine with described glass load bearing seat assembly the edge sealing layering being formed described glass with joggle.Pressure pressure
As preferably, the material of described front panel, described rear board, described upright side seal frame, described horizontal side seal frame, described hollow inside casing assembly, described reinforcing material, described glass load bearing seat assembly or described glazing bead is metal, timber or plastics.
As preferably, the both sides of described front panel and described rear board, are set as L shape push pedal, the two sides of described front panel and described rear board and described upright side seal frame is fitted, be respectively equipped with a upright longitudinal furrow, for the L shape push pedal of described front panel and the L shape push pedal chimeric clip respectively of described rear board.
As preferably, described hollow inside casing assembly comprises: more than three inside casing modules and more than three contiguous blocks form jointly, and the body two ends of described inside casing module are distinctly provided with a fourth of the twelve Earthly Branches mouth groove, and the body of described inside casing module is provided with a groove; Described contiguous block is provided with one first joint tongue and one second joint tongue, and the fourth of the twelve Earthly Branches mouth groove of the first joint tongue of described contiguous block and described inside casing module forms joggle combines, and the second joint tongue of described contiguous block forms joggle from the fourth of the twelve Earthly Branches mouth groove of adjacent different inside casing modules and combines.
As preferably, the angle between the first joint tongue of described contiguous block and the second joint tongue is 60 degree, 90 degree, 120 degree or 150 degree of angles.
As preferably, described glass load bearing seat assembly comprises more than three glazing gasket frame modules, and described glazing gasket frame module, comprise a supporting part and and hook flank, described hook flank forms joggle with the groove of corresponding inside casing module and combines, and described supporting part is placed for the side of described glass.
As preferably, described glazing gasket frame module, comprises a tongue-and-groove portion further, and described glazing bead is provided with a joint tongue portion, forms joggle combine with the tongue-and-groove portion of described glazing gasket frame module.
As preferably, described glass replaces with metal, timber or decorative plastic sheet material.
The door leaf structure of equipped with glass of the present utility model, has following beneficial effect:
1. be provided with hollow inside casing assembly in door leaf inside, support that can be firm and assemble described glass load bearing seat assembly and described glass;
2. the overall structure of door leaf inside is very firm, does not need to pour into Polyurethane (PU) foamed plastic;
3. the assembly of door leaf forms jointly mainly with mortise structure greatly, does not need to make to be screwed.
Accompanying drawing explanation
Fig. 1 is the enlarged cross-sectional view of prior art equipped with glass door leaf.
Fig. 2 is equipped with glass door leaf stereogram of the present utility model.
Fig. 3 is the cut-away view of the equipped with glass door leaf of Fig. 2.
Fig. 4 is the enlarged cross-sectional view of equipped with glass door leaf along 4-4 hatching and the key diagram of use horizontal type glazing bead or straight glazing bead of Fig. 2.
Fig. 5 is the spare part exploded view of equipped with glass door leaf along 4-4 hatching of Fig. 2.
Fig. 6 is that the panel of the equipped with glass door leaf of Fig. 2 is provided with positioning convex, for the key diagram fixed for hollow inside casing assembly.
Fig. 7 is that the panel of the equipped with glass door leaf of Fig. 2 uses positioning convex to fix the schematic diagram of hollow inside casing assembly.
Fig. 8 is the hollow inside casing assembly of the equipped with glass door leaf of Fig. 3 and the spare part exploded view of glass load bearing seat assembly, and to arrange in pairs or groups the key diagram of the horizontal type glazing bead that uses and straight glazing bead with glass load bearing seat assembly.
Description of reference numerals
10 door leafs
11,12 hollow shape panels
13 edge sealing materials
Edge sealing material in vacancy in 14 door leafs
15 glazing beads
16 Polyurethane (PU) foamed plastic
20 equipped with glass door leafs
21,22 panels
21a, 22a L shape push pedal
21b, 22b positioning convex
23,25 upright side seal frames
The upright longitudinal furrow of 23a, 25a
27,29 horizontal side seal frames
30 reinforcing materials
40 hollow inside casing assemblies
41 inside casing modules
42 fourth of the twelve Earthly Branches mouth grooves
43 grooves
45 contiguous blocks
46 first joint tongues
47 second joint tongues
50 glass load bearing seat assemblies
51 glazing gasket frame modules
52 supporting parts
53 hook flank
55 tongue-and-groove portions
60,65 horizontal type glazing beads
61,66 joint tongue portions
70,75 straight glazing beads
71,76 joint tongue portions
80 glass
Detailed description of the invention
As shown in Fig. 2 to Fig. 8, the specific embodiment of equipped with glass door leaf 20 of the present utility model, comprise the mutually isostructural panel 21 (or 22) of two panels, two mutually isostructural upright side seal frames 23 (or 25), two mutually isostructural horizontal side seal frames 27 (or 29), two mutually isostructural reinforcing materials 30, one hollow inside casing assembly 40, one glass load bearing seat assembly 50, two mutually isostructural horizontal type glazing beads 60 (or 65), two mutually isostructural straight glazing beads 70 (or 75), and a slice or the above glass 80 of a slice, do not need to make to be screwed, described equipped with glass door leaf 20 is jointly formed with mortise structure.
Described upright side seal frame 23 and 25 is mutually isostructural door leaf side seal material (stile), during assembling, forms the left and right sides framework of equipped with glass door leaf 20 of the present utility model respectively; Material can be metal, timber or plastics.And described upright side seal frame 23, in the two sides of fitting for described panel 21 and 22, is respectively equipped with a upright longitudinal furrow 23a; Identical situation, described upright side seal frame 25 is also provided with corresponding upright longitudinal furrow 25a.
Described horizontal side seal frame 27 and 29 is side seal material on mutually isostructural door leaf (top rail) or lower side seal material (bottom rail), during assembling, formed upperside frame and the underside frame of equipped with glass door leaf 20 of the present utility model respectively in the mode of gluing together; Material can be metal, timber or plastics.
As shown in Figures 3 to 8, described hollow inside casing assembly 40 forms the inside casing of equipped with glass door leaf 20 of the present utility model, for assembling the weight of described glass load bearing seat assembly 50 and support glass 80.
Described hollow inside casing assembly 40 comprises more than three (containing three) inside casing modules 41 and more than three (containing three) contiguous blocks 45 form jointly; Material can be metal, timber or plastics.
Described inside casing module 41 is in prolate shape body, and comprise two fourth of the twelve Earthly Branches mouth grooves 42 and a groove 43, described fourth of the twelve Earthly Branches mouth groove 42 is formed in the prolate shape body two ends of described inside casing module 41, and described groove 43 runs through the prolate shape body of described inside casing module 41.
Described contiguous block 45 is provided with one first joint tongue 46 and one second joint tongue 47, and the angle between described first joint tongue 46 and described second joint tongue 47,60 degree, 90 degree, 120 degree, 150 degree angles or other angle can be set as.
First joint tongue 46 of described contiguous block 45 and the second joint tongue 47 can form joggle with the fourth of the twelve Earthly Branches mouth groove 42 of described inside casing module 41 and combine.So by the joggle of described contiguous block 45, the two ends of described inside casing module 41, can connect the inside casing module 41 that another is identical.
The circumference of described hollow inside casing assembly 40 is consistent with hollow profile, during in triangle profile, selects the angle between the first joint tongue 46 and the second joint tongue 47 to be the contiguous block 45 of 60 degree, is jointly made up of three inside casing modules 41 and three contiguous blocks 45; During in quadrangular configuration, select the angle between the first joint tongue 46 and the second joint tongue 47 to be the contiguous block 45 of 90 degree, be jointly made up of four inside casing modules 41 and four contiguous blocks 45; During in pentagon profile, select the angle between the first joint tongue 46 and the second joint tongue 47 to be the contiguous block 45 of 120 degree, be jointly made up of five inside casing modules 41 and five contiguous blocks 45, the rest may be inferred.The circumference of described hollow inside casing assembly 40 and hollow profile, be preferably in quadrangular configuration.
As shown in Fig. 4, Fig. 5 and Fig. 8, described horizontal type glazing bead 60 or 65 is mutually isostructural glazing gasket press strip, and material can be metal, timber or plastics.And described horizontal type glazing bead 60 is provided with a joint tongue portion 61; Identical situation, described horizontal type glazing bead 65 is also provided with a joint tongue portion 66.
Described straight glazing bead 70 or 75 is mutually isostructural glazing gasket press strip, and material can be metal, timber or plastics.And described straight glazing bead 70 is provided with a joint tongue portion 71; Identical situation, described straight glazing bead 75 is also provided with a joint tongue portion 76.
Particularly, described straight glazing bead 70 (or 75) can be made with described horizontal type glazing bead 60 (or 65) is identical structure or not identical structure.Such as, the hollow inside casing assembly 40 of equipped with glass door leaf 20 of the present utility model, for during in triangle profile, can select three mutually isostructural horizontal type glazing beads 60 (or 65) or straight glazing bead 70 (or 75) as glazing gasket press strip.Such as, the hollow inside casing assembly 40 of equipped with glass door leaf 20 of the present utility model is for during in quadrangular configuration, four mutually isostructural horizontal type glazing beads 60 (or 65) or straight glazing bead 70 (or 75) can be selected as glazing gasket press strip, or select two horizontal type glazing beads 60 (or 65) as edge sealing layering on the upside of glass or glass under side edge sealing layering, then select with other two straight glazing beads 70 (or 75) of described horizontal type glazing bead 60 (or 65) different structure as edge sealing layering on the left of edge sealing layering on the right side of glass or glass.
Accordingly, the basic structure of equipped with glass door leaf 20 of the present utility model, comprise the mutually isostructural panel of two panels 21 (or 22), two mutually isostructural upright side seal frames 23 (or 25), two mutually isostructural horizontal side seal frames 27 (or 29), two mutually isostructural reinforcing material 30, hollow inside casing assembly 40, glass load bearing seat assembly more than 50, two glazing beads and a slices or the above glass 80 of a slice, do not need to make to be screwed, jointly form described equipped with glass door leaf 20 with mortise structure.
As shown in Fig. 2 to Fig. 5 and Fig. 8, described glass load bearing seat assembly 50 is arranged on inside the hollow profile of described hollow inside casing assembly 40, and is integrally formed with described hollow inside casing assembly 40.So described glass load bearing seat assembly 50 comprises more than three (containing three) glazing gasket frame modules 51 and jointly forms; Material can be metal, timber or plastics.
Described glazing gasket frame module 51, comprises a supporting part 52, and hooks flank 53 and a tongue-and-groove portion 55, and wherein, described supporting part 52 is accommodated therein for the side for glass 80; Described hook flank 53, for forming the combination of mortise structure with the groove 43 of corresponding inside casing module 41, does not need to make to be screwed, makes described glazing gasket frame module 51 assemble together with corresponding inside casing module 41; Described tongue-and-groove portion 55 for supplying the joint tongue portion 61 (or 66) of described horizontal type glazing bead 60 (or 65) and the combination of its formation mortise structure, or supplies the described joint tongue portion 71 (or 76) of straight glazing bead 70 (or 75) and the combination of its formation mortise structure.
As shown in Fig. 3 to Fig. 7, described panel 21 and 22 is mutually isostructural door skin, has the hollow bulb of equipped with glass, and during assembling, form front panel and the rear board of equipped with glass door leaf 20 of the present utility model respectively, material can be metal, timber or plastics.
The both sides of described panel 21 form L shape push pedal 21a respectively, and described panel 21 is provided with multiple positioning convex 21b in interior plate face along the surrounding of hollow bulb; Identical situation, the both sides of described panel 22 form L shape push pedal 22a respectively, and interior plate face is also provided with multiple positioning convex 22b.
During assembling, the L shape push pedal 21a of described panel 21 both sides, chimeric clip enters the upright longitudinal furrow 23a of described upright side seal the frame 23 and upright longitudinal furrow 25a of described upright side seal frame 25 respectively, and, the L shape push pedal 22a of panel 22 both sides described in another sheet, chimeric clip enters another upright longitudinal furrow 23a of described upright side seal frame 23 and another upright longitudinal furrow 25a of described upright side seal frame 25 respectively.
As Fig. 3, shown in Fig. 6 and Fig. 7, the positioning convex 21b of described the panel 21 and positioning convex 22b of described panel 22 coordinates the circumference of described hollow inside casing assembly 40 to arrange, for the fixing described hollow inside casing assembly 40 be integrally formed in advance with described glass load bearing seat assembly 50, do not need to make to be screwed down, the circumference of described hollow inside casing assembly 40 is embedded securely and is fixed in the space surrounded by described positioning convex 21b and 22b, namely the object described hollow inside casing assembly 40 being fixed on the inside of equipped with glass door leaf 20 of the present utility model is reached, make described glass load bearing seat assembly 50 obtain the robust support of described hollow inside casing assembly 40 and described positioning convex 21b and 22b simultaneously, the side that can be used for for glass 80 is accommodated therein, and be enough to the weight of support glass 80.
As shown in Figures 3 to 5, described reinforcing material 30 can be metal, timber or plastics, be assembled in the inside of equipped with glass door leaf 20 of the present utility model, and be assembled in space between described upright side seal frame 23 (or 25), described horizontal side seal frame 27 (or 29) and described hollow inside casing assembly 40, except strengthening the overall construction intensity of equipped with glass door leaf 20 of the present utility model, also make the inside of equipped with glass door leaf 20 of the present utility model do not need pour into Polyurethane (PU) foamed plastic.
As shown in Figures 2 and 4, by described panel 21 and 22, described upright side seal frame 23 and 25, described horizontal side seal frame 27 and 29, two pieces of described reinforcing materials 30, after described hollow inside casing assembly 40 and described glass load bearing seat assembly 50 are assembled into one jointly, hereat, the side of described glass 80 is embedded the supporting part 52 of the glazing gasket frame module 51 of described glass load bearing seat assembly 50, again the tongue-and-groove portion 55 of the glazing gasket frame module 51 of the joint tongue portion 61 and 66 of described horizontal type glazing bead 60 and 65 and the joint tongue portion 71 and 76 of described straight glazing bead 70 and 75 and described glass load bearing seat assembly 50 is formed respectively the combination of mortise structure, therefore glass 80 is fixed, do not need to make to be screwed, namely equipped with glass door leaf 20 of the present utility model is assembled into.
The range of application of equipped with glass door leaf 20 of the present utility model, comprises the sliding door or cross pulling door that are applied to composition equipped with glass.The glass 80 of equipped with glass door leaf 20 of the present utility model, can use metal, timber or decorative plastic sheet material to replace.
Claims (8)
1. a door leaf structure for equipped with glass, comprising:
Two panels panel, is provided with the hollow bulb of equipped with glass, and forms front panel and the rear board of door leaf respectively;
Two upright side seal frames, form the left side frame between described front panel and described rear board and right side frame respectively;
Two horizontal side seal frames, form the upperside frame between described front panel and described rear board and underside frame respectively;
It is characterized in that,
Described front panel and described rear board around hollow bulb, are provided with multiple positioning convex in interior plate face; And comprise further:
One hollow inside casing assembly, is fixed in the space of the positioning convex of described front panel and the positioning convex of described rear board;
Two reinforcing materials, are assembled in space between described upright side seal frame, described horizontal side seal frame and described hollow inside casing assembly respectively;
One glass load bearing seat assembly, is assembled in the inner side of described hollow inside casing assembly, and is integrally formed with described hollow inside casing assembly;
A slice or the above glass of a slice, be placed on the carrying position of described glass load bearing seat assembly; And
More than three glazing beads, combine with described glass load bearing seat assembly the edge sealing layering being formed described glass with joggle.
2. the door leaf structure of equipped with glass according to claim 1, it is characterized in that, the material of described front panel, described rear board, described upright side seal frame, described horizontal side seal frame, described hollow inside casing assembly, described reinforcing material, described glass load bearing seat assembly or described glazing bead is metal, timber or plastics.
3. the door leaf structure of equipped with glass according to claim 1, it is characterized in that, the both sides of described front panel and described rear board, be set as L shape push pedal, the two sides of described front panel and described rear board and described upright side seal frame is fitted, be respectively equipped with a upright longitudinal furrow, for the L shape push pedal of described front panel and the L shape push pedal chimeric clip respectively of described rear board.
4. the door leaf structure of equipped with glass according to claim 1, it is characterized in that, described hollow inside casing assembly comprises: more than three inside casing modules and more than three contiguous blocks form jointly, and the body two ends of described inside casing module are distinctly provided with a fourth of the twelve Earthly Branches mouth groove, the body of described inside casing module is provided with a groove; Described contiguous block is provided with one first joint tongue and one second joint tongue, and the fourth of the twelve Earthly Branches mouth groove of the first joint tongue of described contiguous block and described inside casing module forms joggle combines, and the second joint tongue of described contiguous block forms joggle from the fourth of the twelve Earthly Branches mouth groove of adjacent different inside casing modules and combines.
5. the door leaf structure of equipped with glass according to claim 4, is characterized in that, the angle between the first joint tongue of described contiguous block and the second joint tongue, is 60 degree, 90 degree, 120 degree or 150 degree of angles.
6. the door leaf structure of the equipped with glass according to claim 1,4 or 5, it is characterized in that, described glass load bearing seat assembly comprises more than three glazing gasket frame modules, and described glazing gasket frame module, comprise a supporting part and and hook flank, described hook flank forms joggle with the groove of corresponding inside casing module and combines, and described supporting part is placed for the side of described glass.
7. the door leaf structure of equipped with glass according to claim 6, is characterized in that, described glazing gasket frame module, comprises a tongue-and-groove portion further, and described glazing bead is provided with a joint tongue portion, forms joggle combine with the tongue-and-groove portion of described glazing gasket frame module.
8. the door leaf structure of equipped with glass according to claim 7, is characterized in that, described glass replaces with metal, timber or decorative plastic sheet material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361558.8U CN204081873U (en) | 2014-07-01 | 2014-07-01 | A kind of door leaf structure of equipped with glass |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361558.8U CN204081873U (en) | 2014-07-01 | 2014-07-01 | A kind of door leaf structure of equipped with glass |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204081873U true CN204081873U (en) | 2015-01-07 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420361558.8U Active CN204081873U (en) | 2014-07-01 | 2014-07-01 | A kind of door leaf structure of equipped with glass |
Country Status (1)
| Country | Link |
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| CN (1) | CN204081873U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105464535A (en) * | 2015-12-21 | 2016-04-06 | 李建雄 | Glass fixing structure for hollow-pattern-embedded door |
| CN106639829A (en) * | 2016-12-31 | 2017-05-10 | 重庆工业职业技术学院 | Observation window not disturbing observed object |
| CN107558900A (en) * | 2017-09-08 | 2018-01-09 | 贾鸿 | A kind of door apparatus with glass |
-
2014
- 2014-07-01 CN CN201420361558.8U patent/CN204081873U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105464535A (en) * | 2015-12-21 | 2016-04-06 | 李建雄 | Glass fixing structure for hollow-pattern-embedded door |
| CN106639829A (en) * | 2016-12-31 | 2017-05-10 | 重庆工业职业技术学院 | Observation window not disturbing observed object |
| CN107558900A (en) * | 2017-09-08 | 2018-01-09 | 贾鸿 | A kind of door apparatus with glass |
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| C14 | Grant of patent or utility model | ||
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