TWM488541U - Door leaf structure with glass - Google Patents

Description

Door glass structure with glass added

The present invention relates to a door leaf structure with a glass attached, in particular, a door frame structure in which a hollow inner frame assembly is provided inside the door leaf and the glass is not required to be fixed by screws.

As shown in the first figure, the structure of the door leaf 10 with glass is conventionally composed of two door leaf panels 11, 12, four edge sealing materials 13, four door leaf hollow sealing materials 14, four glass strips 15 and One or more pieces of glass 80 are combined.

Wherein, the four edge sealing materials 13 constitute the outer four side frames of the two hollow door leaf panels 11, 12, and the four door leaf hollow edge sealing materials 14 constitute the inner four side frames of the two hollow door leaf panels 11, 12. After the four edge sealing materials 13 and the four door leaf hollow edge sealing materials 14 are integrally combined with the hollow door leaf panels 11 and 12, the polyurethane (PU) foamed plastic 16 is refilled into the hollow door leaf panel 11, A space between 12 to reinforce the strength of the door leaf 10.

The four door leaf hollow edge sealing material 14 is further provided with a groove for positioning the glass 80 and the glass strip 15 for positioning. After the glass 80 is placed at the assembly position, the glass 80 can be fixed by the glass strip 15 to form a plus. Glass door 10 attached.

However, the conventionally-installed glass door leaf 10 uses only four door leaf hollow edge sealing materials 14 to support the weight of the glass 80, which has the disadvantage of insufficient strength, and the interior of the door leaf 10 is filled with polyurethane foam. Plastic 16, it is not economical to consider cost.

In view of this, the main purpose of the present invention is to disclose a glass door structure, comprising: a second panel, which is provided with a hollow portion for adding glass, and respectively constituting a front panel and a rear panel of the door leaf; and two vertical side sealing frames, Forming a left side frame between the front panel and the rear panel, respectively a frame and a right side frame; two lateral side sealing frames respectively forming an upper side frame and a lower side frame between the front panel and the rear panel; wherein the front panel and the rear panel are hollow along the inner side panel a plurality of positioning protrusions are disposed around the portion, and further comprising: a hollow inner frame assembly fixed in a space of the positioning protrusion of the front panel and the positioning protrusion of the rear panel; Forming a space between the upright side sealing frame, the lateral side sealing frame and the hollow inner frame assembly; a glass carrier assembly assembled on an inner side of the hollow inner frame assembly, and The hollow inner frame assembly is integrated; one or more pieces of glass are placed on the bearing position of the glass carrier assembly; two horizontal glass strips are combined with the glass carrier assembly, and the composition is The upper glass sealing strip and the lower glass sealing strip of the glass; and the two straight glass strips are combined with the glass carrier assembly, and the right side glass sealing of the glass is formed Strips and left side glass sealing strips.

In a preferred embodiment, the front panel, the rear panel, the upright side sealing frame, the lateral side sealing frame, the hollow inner frame assembly, the reinforcing material, the glass carrier assembly or The material of the glass bead is metal, wood or plastic.

In a preferred embodiment, the two sides of the front panel and the rear panel are formed as L-shaped slabs, and the erect side sealing frames are attached to the two sides of the front panel and the rear panel, respectively. The upright longitudinal groove is fitted with a latch for the L-shaped seesaw of the front panel and the L-shaped seesaw of the rear panel.

In a preferred embodiment, the hollow inner frame assembly comprises: three or more inner frame modules and three or more connecting blocks, and the inner frame module has a slot on each end of the body. a slot is disposed on the body of the inner frame module; the connecting block is provided with a first tongue and a second tongue, and the first tongue of the connecting block and the mouth of the inner frame module The slots form a splicing combination, and the second tongue of the connecting block forms a splicing combination with the slot of the adjacent different inner frame modules.

In a preferred embodiment, the angle between the first tongue and the second tongue of the connecting block is an angle of 60 degrees, 90 degrees, 120 degrees or 150 degrees.

In a preferred embodiment, the glass carrier assembly includes three or more glass sealing frame modules, and the glass sealing frame module includes a bearing portion and a hook rib, and the hook rib portion corresponds to the corresponding The grooves of the inner frame module constitute a splicing combination, and the carrying portion is placed on the side of the glass.

In a preferred embodiment, the glass bezel module further includes a tongue and groove portion, and the glass bead is provided with a tongue portion, which is combined with the gutter portion of the glass bezel module.

As a preferred embodiment, the glass is replaced by a metal, wood or plastic decorative panel.

The glass door structure of the present invention has the following beneficial effects: 1. A hollow inner frame assembly is arranged inside the door leaf, which can firmly support and assemble the glass carrier assembly and the glass; 2. the inside of the door leaf The overall structure is very strong, no need to inject polyurethane (PU) foamed plastic; 3. The components of the door leaf are mostly composed of a splicing structure, which does not need to be fixed by screws.

10‧‧‧ door leaf

11, 12‧‧‧ hollow panel

13‧‧‧Edge-sealing materials

14‧‧‧ Door fan hollow edge sealing material

15‧‧‧Glass

16‧‧‧Polyurethane (PU) foamed plastic

20‧‧‧Adding glass door leaf

21, 22‧‧‧ panels

21a, 22a‧‧‧L-shaped seesaw

21b, 22b‧‧‧ positioning bulges

23, 25‧‧‧Upright side frame

23a, 25a‧‧‧ erect longitudinal groove

27, 29‧‧‧ Horizontal side frame

30‧‧‧ reinforcing materials

40‧‧‧ hollow inner frame assembly

41‧‧‧Inner frame module

42‧‧‧卯口槽

43‧‧‧ Groove

45‧‧‧Connection block

46‧‧‧ first tongue

47‧‧‧Second tongue

50‧‧‧glass carrier assembly

51‧‧‧Glass frame module

52‧‧‧Loading Department

53‧‧‧Hooks

55‧‧‧榫槽部

60, 65‧‧‧ horizontal glass strips

61, 66‧‧‧ tongue

70, 75‧‧‧ Straight glass sticks

71, 76‧‧‧ tongue

80‧‧‧ glass

The first figure is a partial cross-sectional enlarged view of a conventional glass door leaf.

The second picture is a perspective view of the glass door leaf of this creation.

The third figure is the internal structure of the glass door leaf attached to the second figure.

The fourth figure is a partial cross-sectional enlarged view of the attached glass door fan along the 4-4 section line in the second figure and an explanatory view using the horizontal glass bead or the straight glass bead.

The fifth figure is an exploded view of the component of the attached glass door fan along the 4-4 section line in the second figure.

The sixth figure is a panel with a glass door leaf attached to the second figure, which is provided with a positioning protrusion for the hollow interior. A fixed diagram of the frame assembly.

The seventh figure is a schematic view of the panel with the glass door leaf attached to the second figure using the positioning protrusion to fix the hollow inner frame assembly.

The eighth figure is the exploded view of the hollow inner frame assembly and the glass carrier assembly of the glass door leaf attached in the third figure, and the horizontal glass bar and the straight glass bar used in combination with the glass carrier assembly. An illustration of the article.

As shown in the second to eighth figures, the specific embodiment of the glass door 20 of the present invention comprises two panels 21 (or 22) of the same structure and two upright side frames 23 of the same structure (or 25). ), two laterally side frame 27 (or 29) of the same structure, two reinforcing materials 30 of the same structure, a hollow inner frame assembly 40, a glass carrier assembly 50, and two transverse glass of the same structure The strip 60 (or 65), the two straight glass strips 70 (or 75) of the same structure, and one or more pieces of glass 80 are not required to be fixed by screws, and the splicing structure is used to form the attached glass door leaf 20.

The upright side sealing frames 23 and 25 are door stiles of the same structure, and when assembled, respectively constitute the left and right side frames of the glass door 20 of the present invention; the material may be metal, wood or plastic. Further, the upright side seal frame 23 is provided with an upright longitudinal groove 23a on both side surfaces to which the panels 21 and 22 are attached; in the same case, the upright side seal frame 25 is also provided with a corresponding upright longitudinal groove. 25a.

The lateral side sealing frames 27 and 29 are the top rail or the bottom rail of the same structure. When assembled, the upper frame of the glass door 20 of the present invention is separately assembled by gluing. And the lower frame; the material can be metal, wood or plastic.

As shown in the third to eighth figures, the hollow inner frame assembly 40 constitutes the inner frame of the inventive glass door 20 for assembling the weight of the glass carrier assembly 50 and the support glass 80.

The hollow inner frame assembly 40 comprises three or more (including three) inner frame modules 41 and three or more (including three) connecting blocks 45; the material may be metal, wood or plastic.

The inner frame module 41 is a flat elongated body, and includes a two-port slot 42 and a slot 43. The slot 42 is formed at two ends of the oblong body of the inner frame module 41, and the slot 43 extends through the oblong body of the inner frame module 41.

The connecting block 45 is provided with a first tongue 46 and a second tongue 47, and the first The angle between the tongue 46 and the second tongue 47 can be set to an angle of 60 degrees, 90 degrees, 120 degrees, 150 degrees or other angles.

The first tongue 46 and the second tongue 47 of the connecting block 45 and the inner frame module 41 The mouth groove 42 can constitute a splicing combination. Therefore, through the connection of the connecting block 45, the two ends of the inner frame module 41 can be connected to another identical inner frame module 41.

The outer contour of the hollow inner frame assembly 40 is consistent with the hollow contour, and is a triangular wheel. In the profile, the connecting block 45 with the angle between the first tongue 46 and the second tongue 47 is 60 degrees, and is composed of three inner frame modules 41 and three connecting blocks 45; when the quadrilateral contour is used, The connecting block 45 between the first tongue 46 and the second tongue 47 at an angle of 90 degrees is composed of four inner frame modules 41 and four connecting blocks 45; when the pentagon is contoured, the first one is selected. The connecting block 45 with an angle of 120 degrees between the tongue 46 and the second tongue 47 is composed of five inner frame modules 41 and five connecting blocks 45, and so on. The peripheral contour and the hollow contour of the hollow inner frame assembly 40 are preferably quadrangularly contoured.

As shown in the fourth, fifth and eighth figures, the horizontal glass strip 60 or 65 is The glass sealing bead of the same structure can be made of metal, wood or plastic. Moreover, the horizontal glass bead 60 is provided with a tongue portion 61; in the same case, the horizontal glass bead 65 is also provided with a tongue portion 66.

The straight glass bead 70 or 75 is a glass edge sealing strip of the same structure, and the material can be For metal, wood or plastic. Moreover, the straight glass bead 70 is provided with a tongue portion 71; in the same case, the straight glass bead 75 is also provided with a tongue portion 76.

In particular, the straight glass bead 70 (or 75) can be made with the horizontal glass The strips 60 (or 65) are of the same structure or of different structures. For example, when the hollow inner frame assembly 40 of the glass door 20 of the present invention has a triangular outline, three horizontal glass strips 60 (or 65) or straight glass strips 70 of the same structure may be used ( Or 75) as a glass edge seal. For example, the addition of this creation When the hollow inner frame assembly 40 of the glass door 20 is in the shape of a quadrilateral, four horizontal glass strips 60 (or 65) or straight glass strips 70 (or 75) of the same structure may be used as the glass sealing. Or two horizontal glass strips 60 (or 65) are used as the upper side edge sealing strip or the glass lower side sealing strip, and then the structure is different from the horizontal glass strip 60 (or 65). The other two straight glass strips 70 (or 75) are used as glass right side sealing strips or glass left side sealing strips.

Accordingly, the basic structure of the glass door 20 of the present invention includes two identical knots. Panel 21 (or 22), two upright side frame 23 (or 25) of the same structure, two lateral side frame 27 (or 29) of the same structure, two reinforcing materials 30 of the same structure, a hollow The inner frame assembly 40, a glass carrier assembly 50, three or more glass strips and one or more sheets of glass 80 are not required to be fixed by screws, and the glass door 20 is jointly formed by the splicing structure.

As shown in the second to fifth and eighth figures, the glass carrier assembly 50 is mounted Inside the hollow contour of the hollow inner frame assembly 40, and integral with the hollow inner frame assembly 40. Therefore, the glass carrier assembly 50 includes three or more (including three) glass seal frame modules 51; the material can be metal, wood or plastic.

The glass frame module 51 includes a bearing portion 52, a hook rib portion 53 and a stack of ribs a groove portion 55, wherein the bearing portion 52 is for receiving a side of the glass 80; the hook rib portion 53 is configured to form a combination of the splicing structure with the groove 43 of the corresponding inner frame module 41, The glass bezel module 51 is assembled with the corresponding inner frame module 41 without using screw fixing; the gutter portion 55 is used for the cymbal of the horizontal glass bead 60 (or 65) The tongue 61 (or 66) is combined with it to form a splicing structure, or the shackle 71 (or 76) of the straight glazing 70 (or 75) is combined with it to form a splicing structure.

As shown in the third to seventh figures, the panels 21 and 22 are door panels of the same structure. The plate has a hollow portion to which the glass is attached. When assembled, the front panel and the rear panel of the glass door 20 of the present invention are respectively assembled, and the material can be metal, wood or plastic.

An L-shaped seesaw 21a is formed on each side of the panel 21, and the panel 21 is on the inner side. The plate surface is provided with a plurality of positioning protrusions 21b along the periphery of the hollow portion; in the same case, the two sides of the panel 22 respectively form an L-shaped slab 22a, and the inner side plate surface is also provided with a plurality of positioning protrusions 22b.

When assembled, the L-shaped jaws 21a on both sides of the panel 21 are respectively inserted into the card The upright vertical groove 23a of the upright side seal frame 23 and the upright vertical groove 25a of the upright side seal frame 25, and the other L-shaped seesaw 22a on both sides of the panel 22 are respectively fitted into the upright The other vertical vertical groove 23a of the side seal frame 23 and the other vertical vertical groove 25a of the upright side seal frame 25.

As shown in the third, sixth and seventh figures, the positioning protrusion 21b of the panel 21 And the positioning protrusion 22b of the panel 22 is arranged to fit the peripheral contour of the hollow inner frame assembly 40 for fixing the hollow inner frame assembly 40 pre-formed integrally with the glass carrier assembly 50, The peripheral contour of the hollow inner frame assembly 40 is securely embedded and fixed in the space surrounded by the positioning protrusions 21b and 22b without using screws, that is, the hollow inner frame assembly is achieved. 40 is fixed for the purpose of attaching the interior of the glass door 20 of the present invention, and at the same time, the glass carrier assembly 50 obtains the solid support of the hollow inner frame assembly 40 and the positioning protrusions 21b and 22b, which can be used for The sides of the glass 80 are received therein and are sufficient to support the weight of the glass 80.

As shown in the third to fifth figures, the reinforcing material 30 can be metal, wood or plastic. The glue is assembled inside the decorative glass door 20 of the present invention, and is assembled on the upright side frame 23 (or 25), the lateral side frame 27 (or 29) and the hollow inner frame assembly. The space between 40, in addition to strengthening the overall structural strength of the glass door 20 of the present invention, also makes it unnecessary to inject polyurethane (PU) foamed plastic into the interior of the glass door 20 of the present invention.

As shown in the second and fourth figures, the panels 21 and 22, the upright side frame 23 and 25, the lateral side sealing frames 27 and 29, the two reinforcing materials 30, the hollow inner frame assembly 40 and the glass carrier assembly 50 are assembled together, and then The side of the glass 80 is embedded in the carrying portion 52 of the glass frame module 51 of the glass carrier assembly 50, and the tongue portions 61 and 66 of the horizontal glass strips 60 and 65 and the straight The tongue portions 71 and 76 of the glass bead 70 and 75 and the gutter portion 55 of the glass bezel module 51 of the glass carrier assembly 50 respectively form a combination of the splicing structures, so that the glass 80 is fixed. There is no need to use screw fixing, that is, the installation of the glass door 20 created by the assembly cost.

The scope of application of the glass door leaf 20 of this creation includes the application of the added glass Sliding door or cross door of glass. The glass 80 of the glass door 20 of this creation can be used with gold. Replacement of genus, wood or plastic decorative panels.

The content disclosed above is a preferred embodiment of the present creation, The purpose of creation and the effect that can be achieved constitute the so-called equivalent or equal, and it is a simple modification, modification, improvement or change that can be easily accomplished by those skilled in the art, and should not be excluded from the claim. The scope of patent rights.

20‧‧‧Adding glass door leaf

21, 22‧‧‧ panels

21a‧‧‧L-shaped slab

21b, 22b‧‧‧ positioning bulges

23, 25‧‧‧Upright side frame

23a, 25a‧‧‧ erect longitudinal groove

27, 29‧‧‧ Horizontal side frame

30‧‧‧ reinforcing materials

40‧‧‧ hollow inner frame assembly

41‧‧‧Inner frame module

45‧‧‧Connection block

50‧‧‧glass carrier assembly

51‧‧‧Glass frame module

80‧‧‧ glass

Claims (8)

A glass door structure comprising: a second panel provided with a hollow portion for adding glass, and each of which constitutes a front panel and a rear panel of the door leaf; and two upright side sealing frames respectively constituting the front panel and the rear panel a left side frame and a right side frame between the panels; and two lateral side sealing frames respectively forming an upper side frame and a lower side frame between the front panel and the rear panel; wherein the front panel and the rear panel Providing a plurality of positioning protrusions on the inner side surface along the periphery of the hollow portion; and further comprising: a hollow inner frame assembly, a positioning protrusion fixed to the front panel, and a space for positioning protrusions of the rear panel a reinforcing material, respectively assembled in the space between the upright side sealing frame, the lateral side sealing frame and the hollow inner frame assembly; a glass carrier assembly assembled in the hollow inner frame assembly The inner side is integral with the hollow inner frame assembly; one or more pieces of glass are placed on the carrying position of the glass carrier assembly; and three or more glass beadings, and the glass carrier榫 组合 组合Edge strip of the glass charge. The glazed door leaf structure of claim 1, wherein the front panel, the rear panel, the upright side sealing frame, the lateral side sealing frame, and the hollow inner frame total The material of the reinforcing material, the glass carrier assembly or the glass bead is metal, wood or plastic. The glazed door leaf structure of claim 1 , wherein both sides of the front panel and the rear panel are formed as L-shaped slabs, and the erect side frame is affixed. Two sides of the front panel and the rear panel are respectively provided with an upright longitudinal groove for the front panel The L-shaped seesaw and the L-shaped seesaw of the rear panel respectively engage the cassette. The glazed door leaf structure of claim 1, wherein the hollow inner frame assembly comprises: three or more inner frame modules and three or more connecting blocks, and the inner frame Each of the two ends of the body of the module is provided with a slot, the body of the inner frame module is provided with a slot; the connecting block is provided with a first tongue and a second tongue, and the connecting block The first tongue is combined with the mouth groove of the inner frame module, and the second tongue of the connecting block is combined with the mouth groove of the adjacent different inner frame module. The glazed door leaf structure of claim 4, wherein the angle between the first tongue and the second tongue of the connecting block is 60 degrees, 90 degrees, 120 degrees or 150 degrees. Degree of angle. The glass door assembly structure of claim 1, wherein the glass carrier assembly comprises three or more glass sealing frame modules, and the glass sealing device The frame module includes a bearing portion and a hook rib portion, and the hook rib portion is formed in a splicing combination with a groove of the corresponding inner frame module, and the bearing portion is placed on a side of the glass. The glass door frame structure according to claim 6, wherein the glass frame module further includes a groove portion, and the glass bead is provided with a tongue portion, The tongue-and-groove portion of the glass-sealed frame module constitutes a splicing combination. A glass-added door leaf structure according to claim 7, wherein the glass is replaced by a metal, wood or plastic decorative sheet.