CN203925183U

CN203925183U - Mosaic door core construct

Info

Publication number: CN203925183U
Application number: CN201420312267.XU
Authority: CN
Inventors: 陈冠琳
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-06-12
Filing date: 2014-06-12
Publication date: 2014-11-05
Anticipated expiration: 2024-06-12

Abstract

A kind of mosaic door core construct comprises a housing, an and composite board, this housing comprises the frame body of a hollow form, and chimeric the unit protruding out from the medial surface of this frame body, this composite board consists of the material of fire-proof and thermal-insulation and comprises a plate body, and one be formed on the lateral circle surface of this plate body and the groove embedding for this chimeric unit, pass through the structure of chimeric unit of this housing, strengthen the intensity of this frame body, make this housing not easily damaged in the process of carrying, and utilize this chimeric unit to embed this groove this housing is combined with this composite board easily and closely.

Description

Mosaic door core construct

Technical field

The utility model relates to a kind of core construct, particularly relates to a kind of mosaic door core construct.

Background technology

Mostly existing labeled door is what the door core construct by high temperature resistant, flame proof assembled, having a kind of core construct is to use wood frame to embed engaging for curing foam cement plate, yet, in order to make the engaging degree of wood frame and foam cement better, the inner surface of wood frame is provided with groove, snaps in, for foam cement in the process of carrying wood frame, often, because wood frame length is extremely long and it is tough not itself to construct, cause wooden frame easily because unbalance stress easily ruptures, damages.

Summary of the invention

The purpose of this utility model is to provide a kind of has enough supportives allow the not easily damaged mosaic door core construct of handling process.

The utility model mosaic door core construct comprises a housing, and a composite board.

This housing comprises the frame body of a hollow form, and chimeric the unit protruding out from the medial surface of this frame body.

This composite board is formed and is comprised a plate body by the material of fire-proof and thermal-insulation, and one is formed on the lateral circle surface of this plate body and the groove embedding for this chimeric unit.

This frame body has two spaced long margin frame posts, and two opposite end be connected to the short frame post of this two long margin frames post, this chimeric unit has two chimeric of length that lay respectively at the medial surface of corresponding another long margin frame post of each long margin frame post, this each long margin frame post has the inlay card bar of the opposite end extension of chimeric of self-corresponding this length of two difference, and this each short frame post has the groove that the two inlay card bars that are respectively formed at two end opposite and supply this two long margin frames post to be positioned at the same side embed.

This chimeric unit also has two short chimeric of medial surface that lay respectively at corresponding another short frame post of each short frame post.

Each long chimeric is one of the forming with this two inlay cards bar from chimeric extension of this length.

This mosaic door core construct also comprises the bonding glue being packed between the junction of chimeric unit of this housing and the groove of this composite board.

This mosaic door core construct also comprises one and is packed in the bonding glue of described inlay card bar respectively and between the junction of described groove.

This composite board is foam cement plate.

This housing is by wood, to mould plate to cut and form.

The beneficial effects of the utility model are: by chimeric the unit that the medial surface of this frame body protrudes out certainly, more can strengthen the intensity of this frame body, make this housing not easily damaged in the process of carrying, and utilizing this chimeric unit to embed this groove, that this housing be combined with this composite board is easy and tight.

Accompanying drawing explanation

Fig. 1 is a three-dimensional exploded view, and a preferred embodiment of the utility model mosaic door core construct is described;

Fig. 2 is an exploded elevation, and this preferred embodiment is described;

Fig. 3 is a sectional view, and this preferred embodiment is described;

Fig. 4 is a top view, and this preferred embodiment is described;

Fig. 5 is a sectional view, and the cross-sectional structure of this preferred embodiment is described; And

Fig. 6 is a sectional view, and the vertical profile structure of this preferred embodiment is described.

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is elaborated.

Consult Fig. 1, Fig. 2 and Fig. 3, a preferred embodiment of the utility model mosaic door core construct comprises a housing 1, a composite board 2, and one binds glue 3.

This housing 1 is that wood is moulded plate and by wood chip, curing compound, and the mixed wooden boards of waterproof agent cuts formation, and comprises the frame body 11 of a hollow form, and chimeric the unit 12 protruding out from the medial surface of this frame body 11.

This frame body 11 has two spaced long margin frame posts 111, and two opposite end be connected to the short frame post 112 of this two long margin frames post 111, each long margin frame post 111 has the two inlay card bars 113 that are respectively formed at two end opposite, each short frame post 112 has the groove 114 that the two inlay card bars 113 that are respectively formed at two end opposite and supply this two long margin frames post 111 to be positioned at the same side embed, by described inlay card bar 113, embed respectively described groove 114, make each short frame post 112 and this two long margin frames post 111 can be closely chimeric each other, as shown in Figure 4.

This chimeric unit 12 has chimeric 121 of two length, and two is short chimeric 122.Chimeric 121 of described length lays respectively at the medial surface of each long margin frame post 111 corresponding another long margin frame post 111, described short chimeric 122 medial surface that lays respectively at each short frame post 112 corresponding another short frame post 112, in this example, this two inlay cards bar 113 of each long margin frame post 111 respectively self-corresponding this opposite end of long chimeric 121 extends, and with this long chimeric 121 integrally formed, this long margin frame post 111 with this long chimeric 121 integrally formed, this short frame post 112 with this short chimeric 122 integrally formed, only need this housing 1 to cut shaping, not needing to re-use any fixture or viscose links together this frame body 11 with this chimeric unit 12, make manufacturing process easier.

This composite board 2 consists of the material of fire-proof and thermal-insulation, and comprises a plate body 21, and one is formed on the lateral circle surface of this plate body 21 and the groove 22 embedding for this chimeric unit 12.By chimeric 121 of the described length of this chimeric unit 12, described short chimeric 122 this groove 22 of embedding, make this chimeric unit 12 and this composite board 2 can be closely chimeric each other, the connection state of chimeric 121 of described length and this composite board 2 as shown in Figure 5, described short chimeric 122 with the connection state of this composite board 2 as shown in Figure 6.This composite board is foam cement plate and by cement, blowing agent, and solidifies and form after water mix and blend.

This bonding glue 3 is packed in respectively between the junction of chimeric unit 12 of this housing 1 and the groove 22 of this composite board 2, and described inlay card bar 113 is respectively and between the junction of described groove 114, in this example, this binds glue 3 is a kind of honeycomb glue, uses this honeycomb glue to allow this housing 1 and 2 of this composite boards, described long margin frame post 111 and 112, described short frame post more closely bind.

In the process of this first preferred embodiment of combination, first the inlay card bar 113 of a long margin frame post 111 wherein coated to this bonding glue 3 and snap in the groove 114 of a short frame post 112 wherein, this long margin frame post 111 is connected and fixed with this short frame post 112, again by this long margin frame post 111 and this short frame post 112 respectively corresponding chimeric 121 of this length coat this bonding glue 3 with this short chimeric 122, and embed in the groove 22 of this composite board 2, same, again another short frame post 112 and this short chimeric 122 are engaged with fixing long margin frame post 111 and this composite board 2 respectively, finally again another long margin frame post 111 and chimeric 121 of this length are fixed with described short frame post 112 and this composite board 2, chimeric unit 12 of this housing 1 is entrenched in the groove 22 of this composite board 2 closely, both chimeric reached with tight fit, combined this routine mosaic door core construct.When this mosaic door core construct being processed into labeled door, need add again some other accessories, shop front plaque, door knob, door lock, frame bar etc. member for example, but the feature place of the non-this case of described member does not repeat them here.

Need supplementary notes, described inlay card bar 113 also can be respectively formed in the opposite end of described short frame post 112, and described groove 114 coordinates with described inlay card bar 113 respectively, is formed in the opposite end of described long margin frame post 111.In addition, the cross sectional shape of described inlay card bar 113 and described groove 114 does not limit, and such as quadrangle, hexagon, circle etc., to have fool proof concurrently or to make the chimeric effects such as succession and logicality that more closely, more have.

Will remark additionally, this housing 1 selectively cuts again, and makes arbitrary long margin frame post 111 or integrally formed with arbitrary short frame post 112, allows to manufacture and assemble this preferred embodiment convenient.

In sum, the utility model mosaic door core construct is for being used the material can woodworker cutting to be made into this housing 1 of high-strength structure, and chimeric the unit 12 by this housing 1 embeds the groove 22 of this composite board 2 and coordinating of this bonding glue 3 of filling, this housing 1 is combined closely with this composite board 2, so structure not only can be carried out thin portion modification of dimension for the mosaic door core construct completing because of the housing 1 of wooden material, with the required size of the client that coincide, and because more strengthening the structure of this frame body 11 in this chimeric unit 12, make this housing 1 not easily damaged in the process of carrying, and easy with these composite board 2 combinations, overall process is simple again, so really can reach the purpose of this utility model.

Claims

1. a mosaic door core construct, comprise a housing, an and composite board, it is characterized in that: this housing comprises the frame body of a hollow form, an and chimeric unit protruding out from the medial surface of this frame body, this composite board is formed and is comprised a plate body by the material of fire-proof and thermal-insulation, and one is formed on the lateral circle surface of this plate body and the groove embedding for this chimeric unit.

2. mosaic door core construct according to claim 1, it is characterized in that: this frame body has two spaced long margin frame posts, and two opposite end are connected to the short frame post of this two long margin frames post, this chimeric unit has chimeric of the length of two medial surfaces that lay respectively at corresponding another long margin frame post of each long margin frame post, this each long margin frame post has the inlay card bar of the opposite end extension of chimeric of two self-corresponding these length of difference, this each short frame post has two grooves that are respectively formed at two end opposite and are positioned at the inlay card bar embedding of the same side for these two long margin frame posts.

3. mosaic door core construct according to claim 2, is characterized in that: this chimeric unit also has short chimeric of two medial surfaces that lay respectively at corresponding another short frame post of each short frame post.

4. mosaic door core construct according to claim 2, is characterized in that: each long chimeric is one of the forming with these two the inlay card bars from chimeric extension of this length.

5. mosaic door core construct according to claim 1, is characterized in that: this mosaic door core construct also comprises the bonding glue between the junction that one deck is packed in chimeric unit of this housing and the groove of this composite board.

6. mosaic door core construct according to claim 2, is characterized in that: this mosaic door core construct also comprises one deck and is packed in the bonding glue of described inlay card bar respectively and between the junction of described groove.

7. mosaic door core construct according to claim 1, is characterized in that: this composite board is foam cement plate.

8. mosaic door core construct according to claim 1, is characterized in that: this housing is by wood, to mould plate to cut and form.