CN202689823U - Oppositely-embedding glass frame combination structure - Google Patents
Oppositely-embedding glass frame combination structure Download PDFInfo
- Publication number
- CN202689823U CN202689823U CN 201220173064 CN201220173064U CN202689823U CN 202689823 U CN202689823 U CN 202689823U CN 201220173064 CN201220173064 CN 201220173064 CN 201220173064 U CN201220173064 U CN 201220173064U CN 202689823 U CN202689823 U CN 202689823U
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- tenon
- embedding
- sheet
- pane frame
- oppositely
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Abstract
The utility model discloses an oppositely-embedding glass frame combination structure which comprises two oppositely-embedding glass frames of the same structure and a plurality of oppositely-embedding connection members, wherein the back surface of each oppositely-embedding glass frame is provided with a joggle joint structure, and the joggle joint structures have the same structure. The oppositely-embedding connection members are of double-functional structures capable of supplying combination and joggle joint; when supplying the combination function, the oppositely-embedding connection members are combined onto the joggle joint structure of one oppositely-embedding glass frame to form an integral structure; and when supplying the joggle joint function, the joggle joint structure of the other oppositely-embedding glass frame and the oppositely-embedding connection members combined onto the other oppositely-embedding glass frame can form the oppositely-embedding joggle joint combination. Therefore, using range of the two oppositely-embedding glass frames of the same structure and single dimension specifications can be enlarged, and the oppositely-embedding glass frame combination structure is suitable for diversified door sashes or window sashes different in thickness and provided with glass.
Description
Technical field
The utility model relates to a kind of to pane frame combining structure, espespecially a kind of door leaf of equipped with glass of applicable different-thickness to pane frame combining structure
Background technology
As shown in Figure 1 to Figure 3, existing structure to pane frame 10, has a hollow frame 11, as this skeleton to pane frame 10, and the back side of this hollow frame 11, along the profile of this hollow frame 11 and be convexly equipped with a flange 12, on the outer panel face of this flange 12, the a plurality of tenons 13 of reshaping and female tenon 15, and the arrangement of these a plurality of tenons 13 and female tenon 15, be present with the longitudinal centre line to pane frame 10 about corresponding arrangement relation, therefore two same structures can be mutually to the embedding joggle to pane frame 10.Wherein, front end tool one trip 14 of each tenon 13; Each female tenon 15 is provided with a tongue-and-groove 16, and the structure of this tongue-and-groove 16 is designed to and can consists of fastening structure for 14 pairs of embedding joggles of trip of corresponding tenon 13.
As shown in Figure 3, with on two front panels 81 that pane frame 10 are separately positioned on the door leaf that needs mounting glass 60 or sash 80 and the rear board 82, through mutually the embedding joggle being buckled into one, just can with glass 60 fixedly clip on door leaf or sash 80 with the weight of support glass 60.
Yet, existing tenon 13 to pane frame 10 designs for level altitude with female tenon 15, two to pane frame 10 mutually to the embedding joggle, can only be suitable on the door leaf or sash 80 of equipped with glass of fixed thickness, the door leaf of different-thickness or sash 80, again die sinking make corresponding different-thickness to pane frame 10, on cost and ease of use, the space that still is improved.
Accordingly, how so that the single size specification can be suitable for door leaf or the sash 80 of the equipped with glass of diversification different-thickness to pane frame 10, should be the main emphasis that present dealer or developer will continue to create improvement.
The utility model content
Therefore, it is a kind of to pane frame combining structure that main purpose of the present utility model is to provide, to the single size specification the pane frame is expanded the scope of application so that two same structures can be suitable for door leaf or the sash of the equipped with glass of diversification different-thickness to the pane frame.
Of the present utility model to pane frame combining structure, comprise two same structures to pane frame and a plurality of to the embedding connector, wherein, described is be used to what make two same structures the pane frame to be consisted of complementarity to the embedding structure to the embedding assembly to the embedding connector, and be so that two single size specifications can expand the critical components of the scope of application to the pane frame;
Described structure to the embedding connector comprises:
One U-shaped holder, tool one base and two side wings are connected to the both sides of this base, and this base is provided with a perforation;
One hollow tube column fit section is convexly equipped with on the base of this holder, and the central axis conllinear of the perforation of the central axis of described fit section and this base;
One π shape the first tenon closes section, is connected with wherein a slice side wing of this holder, and described the first tenon section of closing comprises one first closing plate, one second closing plate and a tongue-and-groove, and described tongue-and-groove is formed on the junction of described the first closing plate and the second closing plate; And
One π shape the second tenon closes section, is connected with another sheet side wing of this holder, and consists of symmetrical structure with described the first tenon section of closing;
Described structure to the pane frame, as skeleton take hollow frame, its back side is provided with a plurality of mortise structures of projection, and each joggle knot includes a column fin, one first tenon sheet and one second tenon sheet, wherein, described the first tenon sheet and described the second tenon sheet are engaged on respectively the both sides of described column fin, and consist of symmetrical structure, and the front end of described the first tenon sheet and described the second tenon sheet is provided with a trip;
Described fit section to the embedding connector is connected to wherein on the column fin of a slice to the mortise structure of pane frame, and use a screw assembly that both are combined into one, again another sheet is consisted of joggle to the trip of the first tenon sheet of the mortise structure of pane frame and the second tenon sheet and described tongue-and-groove to the embedding connector, with equipped with glass on the door leaf or sash of different-thickness.
Further improvement to pane frame combining structure of the present utility model, comprise the first tenon sheet of described mortise structure to the pane frame and the front end of the second tenon sheet respectively are provided with a positioning rib, and be provided with the breach groove around the hollow column jacket to described fit section to the embedding connector, the positioning rib of corresponding described the first tenon sheet and the second tenon sheet, when the embedding connector is joined to described mortise structure to the pane frame, can provide the effect of accurate location when described.
Described further improvement to pane frame combining structure, comprise being provided with at least a bar shaped fin around the column fin of described mortise structure to the pane frame, be provided with the breach groove around the hollow column jacket of described fit section to the embedding connector, the bar shaped fin of corresponding described column fin, when the embedding connector is joined to described mortise structure to the pane frame, can provide the effect of accurate location when described.
The beneficial effects of the utility model are, use the design to the embedding connector of the present utility model, make two identically can expand the scope of application to the pane frame, no longer be only applicable to door leaf or the sash of the equipped with glass of fixed thickness, more extend to door leaf or the sash of the equipped with glass of applicable different-thickness scope.
Description of drawings
Fig. 1 is assembled into the door leaf of equipped with glass or the schematic diagram of sash to the pane frame with glass and door leaf or sash for using.
Fig. 2 be Fig. 1 employed two mutually to the embedding joggle to pane mount structure schematic diagram.
Fig. 3 is that the door leaf of equipped with glass of Fig. 1 or sash are along the part section enlarged drawing of 3-3 hatching.
Fig. 4 is of the present utility model to pane frame combination schematic diagram.
Fig. 5 is the partial exploded view to the combination of pane frame of the present utility model.
Fig. 6 is of the present utility model to embedding connecting-piece structure schematic diagram.
Fig. 7 is that single size specification of the present utility model is to pane frame and of the present utility model to the door leaf of the equipped with glass of applicable different-thickness or the key diagram of sash after the combination of embedding connector.
Fig. 8 is that the door leaf of equipped with glass of Fig. 4 or sash are along the part section enlarged drawing of 8-8 hatching.
Description of reference numerals
30 ... to pane frame 31 ... hollow frame
32 ... mortise structure 33 ... the column fin
34 ... bar shaped fin 35a ... the first tenon sheet
35b ... the second tenon sheet 36 ... trip
37 ... positioning rib 39 ... locking holes
40 ... to embedding connector 41 ... fitting portion
42 ... holder 42a ... base
42b ... side wing 43 ... fit section
44 ... breach groove 45a ... the first tenon closes section
45b ... the second tenon closes section 46 ... the first closing plate
47 ... the second closing plate 48 ... tongue-and-groove
50 ... screw assembly 60 ... glass
80 ... door leaf or sash 81 ... front panel
82 ... rear board H ... thickness
The specific embodiment
To shown in Figure 8, of the present utility model to pane frame combination 20 such as Fig. 4, comprise two identical to pane frame 30 and a plurality of to embedding connector 40.Described is plastic object or metal stamping product to embedding connector 40, is be used to making two identical pane frame 30 to be consisted of complementarity to the embedding structure to the embedding assembly.
Described basic structure to pane frame 30, with shown in Figure 2 existing similar to pane frame 10, its skeleton is a hollow frame 31, and in order to install and carry at least one sheet glass 60 in the inner, the contour shape of described hollow frame 31 can be rectangular frame, square frame, circular frame, ellipse diagram shape framework or other geometry framework; The back side of described hollow frame 31, be provided with a plurality of mortise structures 32, and the arrangement of each mortise structure 32, to arrange in the mode of spacing distance along the back side profile of this hollow frame 31, and, take longitudinal centre line as reference line, the corresponding layout about presenting so that two same structures can be mutually to the embedding joggle to pane frame 30.
Each mortise structure 32 has same structure, comprises a column fin 33, one first tenon sheet 35a and one second tenon sheet 35b.Wherein, described column fin 33 is to be formed by the back side projection predetermined altitude of described hollow frame 31, is used for engaging described to embedding connector 40.As shown in Figures 7 and 8, can be suitable for door leaf or the sash 80 of the equipped with glass of different-thickness H for what make single kind of dimensions to pane frame 30, the height of described column fin 33 is less than the thickness H of door leaf or sash 80, a slice is wherein engaged the described to behind the embedding connector 40 of suitable specification to pane frame 30, and that uses two same structures just can reach the door leaf of the equipped with glass that is suitable for diversification different-thickness H or the purpose of sash 80 to pane frame 30.
As shown in Figure 5, described the first tenon sheet 35a and described the second tenon sheet 35b and described column fin 33 are to be integrally formed the formula structure.And the structure of described the first tenon sheet 35a and described the second tenon sheet 35b is to consist of symmetrical structure take described column fin 33 as the mirror datum, comprises that its front end is provided with a trip 36 and a positioning rib 37.
Be provided with bar shaped fin 34 around the described column fin 33, positioning rib 37 form right angle quadrature arrangement with described the first tenon sheet 35a and described the second tenon sheet 35b, and use function identical with described positioning rib 37, when embedding connector 40 is joined to described mortise structure 32 to pane frame 30, can provide the effect of accurate location when described.
Described column fin 33 is provided with a locking holes 39, is used for offering a screw assembly 50 sealed.
Such as Fig. 5 and shown in Figure 6, described embedding connector 40 is comprised that a fitting portion 41, one first tenon close the 45a of section and one second tenon closes the 45b of section.Wherein, described fitting portion 41 comprises a holder 42 and a fit section 43, this holder 42 shape that takes the shape of the letter U, comprise a base 42a and two side wing 42b, two side wing 42b are connected to the both sides of this base 42a, and this base 42a is provided with a perforation 49, passes for the shaft of described screw assembly 50.This fit section 43 is the hollow column jacket shape, is convexly equipped with at this holder 42 to be provided with on the base 42a of perforation 49, and the central axis conllinear of the central axis of fit section 43 and this perforation 49; Be provided with breach groove 44 around the hollow column jacket of this fit section 43, bar shaped fin 34 and the positioning rib 37 of corresponding described mortise structure 32 to pane frame 30.
It is to be integrally formed the formula structure that described the first tenon closes the holder 42 that the 45a of section and described the second tenon close the 45b of section and described fitting portion 41.Wherein, described the first tenon closes wherein a slice side wing 42b that the 45a of section is engaged on this holder 42, described the second tenon closes another sheet side wing 42b that the 45b of section is engaged on this holder 42, and, described the first tenon closes the structure that the 45a of section and described the second tenon close the 45b of section and all is π shape shape, consist of symmetrical structure take the base 42a of this holder 42 as the mirror datum, comprise one first closing plate 46, one second closing plate 47 and a tongue-and-groove 48, wherein, as shown in Figure 8, described the first closing plate 46 is used for for glass 60 assemblings and is fixed therein, and described the second closing plate 47 is for reserving peripheral part assembling of mounting glass 60 for door leaf 80 and being fixed therein; Described tongue-and-groove 48 is formed on the junction of described the first closing plate 46 and the second closing plate 47, consists of joggle for the first tenon sheet 35a of described mortise structure 32 to pane frame 30 or the trip 36 of described the second tenon sheet 35b with interference mode.
Such as Fig. 5 and shown in Figure 7, during assembling, fit section 43 by described fitting portion 41 to embedding connector 40, on the described column fin 33 that embedding connector 40 cover is incorporated into described mortise structure 32 to pane frame 30, hereat, the breach groove 44 of described fit section 43, consist of contraposition and locating effect with bar shaped fin 34 and the positioning rib 37 of described mortise structure 32, re-use described screw assembly 50 and lock locking holes 39 on the column fin 33 of described mortise structure 32 to pane frame 30 from the perforation 49 of the holder 42 of described fitting portion 41 to embedding connector 40, so that described embedding connector 40 and described mortise structure 32 to pane frame 30 are integrally formed, then, with another sheet described to pane frame 30 therewith sealed the above to embedding connector 40 described to pane frame 30 mutually to embedding, by the first tenon sheet 35a of the described mortise structure 32 to pane frame 30 of another sheet or the trip 36 of described the second tenon sheet 35b, aim at it the described tongue-and-groove 48 to embedding connector 40 to pane frame 30 to embedding, through interference docking consist of joggle in conjunction with after, namely form and of the present utility model the pane frame made up 20 structures.
Therefore, the beneficial effects of the utility model are, use the design to embedding connector 40 of the present utility model, two identical can expand the scope of application to pane frame 30, no longer be only applicable to door leaf or the sash 80 of the equipped with glass of fixed thickness, more extend to door leaf or the sash 80 of the equipped with glass of applicable different-thickness scope.
Claims (3)
1. one kind to pane frame combining structure, comprise two same structures to the pane frame and a plurality of the embedding connector be is characterized in that,
Described to the embedding connector, comprising:
One holder, the shape that takes the shape of the letter U comprises a base and two side wings, and this base is provided with a perforation, and described two side wings are connected to the both sides of this base;
One fit section is the hollow column jacket shape, is convexly equipped with on the base of this holder, and the central axis conllinear of the perforation of the central axis of described fit section and this base;
One first tenon closes section, be π shape shape, be connected with wherein a slice side wing of this holder, described the first tenon section of closing comprises one first closing plate, one second closing plate and a tongue-and-groove, and described tongue-and-groove is formed on the junction of described the first closing plate and the second closing plate; And
One second tenon closes section, is π shape shape, is connected with another sheet side wing of this holder, and consists of symmetrical structure with described the first tenon section of closing;
Described is a hollow frame to the pane frame, its back side is provided with a plurality of mortise structures of projection, and each mortise structure has same structure, described mortise structure comprises a column fin, one first tenon sheet and one second tenon sheet, wherein, described the first tenon sheet and described the second tenon sheet are engaged on respectively the both sides of described column fin, and consist of symmetrical structure, and the front end of described the first tenon sheet and described the second tenon sheet is provided with a trip;
Described fit section to the embedding connector is connected to wherein on the column fin of a slice to the mortise structure of pane frame, and use a screw assembly that both are combined into one, another sheet is to the first tenon sheet of the mortise structure of pane frame and trip and the described tongue-and-groove formation joggle to the embedding connector of the second tenon sheet.
2. as claimed in claim 1 a kind of to pane frame combining structure, it is characterized in that, the first tenon sheet of described mortise structure to the pane frame and the front end of the second tenon sheet respectively are provided with a positioning rib, be provided with the breach groove around the hollow column jacket of described fit section to the embedding connector, the positioning rib of corresponding described the first tenon sheet and the second tenon sheet.
3. as claimed in claim 1 or 2 a kind of to pane frame combining structure, it is characterized in that, at least be provided with a bar shaped fin around the column fin of described mortise structure to the pane frame, be provided with breach groove, the bar shaped fin of corresponding described column fin around the hollow column jacket of described fit section to the embedding connector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220173064 CN202689823U (en) | 2012-04-20 | 2012-04-20 | Oppositely-embedding glass frame combination structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220173064 CN202689823U (en) | 2012-04-20 | 2012-04-20 | Oppositely-embedding glass frame combination structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202689823U true CN202689823U (en) | 2013-01-23 |
Family
ID=47545455
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220173064 Expired - Lifetime CN202689823U (en) | 2012-04-20 | 2012-04-20 | Oppositely-embedding glass frame combination structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202689823U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108131078A (en) * | 2018-01-09 | 2018-06-08 | 安徽鑫煜门窗有限公司 | A kind of glass fixing structure of glass door and window, glass door and window |
-
2012
- 2012-04-20 CN CN 201220173064 patent/CN202689823U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108131078A (en) * | 2018-01-09 | 2018-06-08 | 安徽鑫煜门窗有限公司 | A kind of glass fixing structure of glass door and window, glass door and window |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130123 |