CN2866767Y - Cross-beam and vertical column assembly for wooden door - Google Patents
Cross-beam and vertical column assembly for wooden door Download PDFInfo
- Publication number
- CN2866767Y CN2866767Y CN 200620002312 CN200620002312U CN2866767Y CN 2866767 Y CN2866767 Y CN 2866767Y CN 200620002312 CN200620002312 CN 200620002312 CN 200620002312 U CN200620002312 U CN 200620002312U CN 2866767 Y CN2866767 Y CN 2866767Y
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- timber
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Abstract
The utility relates to an assembly of bridging beams and mullion comprising a first element and a second element mutually perpendicular in a first and a second direction respectively. The first element is composed of the separated embedded lever and union lever, at least one first binding block provided between the embedded lever and the union lever, two first plaques provided on the outboard of the assembly, and a embedded agglutinate surface provided on the assembly in the second direction, wherein the first plaques and the first bond block have a plurality of wood grains respectively in the first and second direction. The second element is composed of the separated embedded lever and union lever, and two second plaques provided on the outboard of the assembly, wherein the embedded lever has embedded agglutinate surface in the second direction, the second plaques and the embedded lever have a plurality of wood grains in the second direction. The first and the second elements are mutually embedded and agglutinated together, which is more effective.
Description
Technical field
The utility model relates to a kind of timber, particularly relates to a kind of crossbeam and mullion assembly of knockdown timber.
Background technology
As shown in Figure 1, 2, existing a kind of combined type timber 10 has two mullions 11 of space, set respectively and cohere between aforementioned mullion 11 and three crossbeams 12 of space, set respectively and cohere two interior mullions 13 between aforementioned crossbeam 12, and set the several piece trim panel 14 that coheres between aforementioned components respectively.Aforementioned mullion 11, each edge, the opposite flank of crossbeam 12 is always to the embedding knot bond area 111 of being arranged to set each other combination, 121, and along two embedding holes 112 of a horizontally set, 122, during combination, be that two latches 15 are plugged in the aforementioned embedding hole 112, and at aforementioned embedding knot bond area 111,121 coat viscose, then to aforementioned mullion 11, crossbeam 12 is executed an adhesion, just can make aforementioned mullion 11, crossbeam 12 is set combination mutually, but there is following defective in this design: in order to improve the attractive in appearance of this timber 10, so aforementioned mullion 11, the surface of crossbeam 12 must present respectively directly to wood grain, horizontal wood grain, though the embedding of aforementioned mullion 11 knot bond area 111 is aufwuchsplates of one tree wood, but the embedding of aforementioned crossbeam 12 knot bond area 121 but is the growth section of one tree wood, so this embedding knot bond area 121 can be covered with a plurality of capillary holes 123, make aforementioned embedding tie bond area 121,111 cohere poor effect, normal this timber that takes place is after 10 use a period of times, and bond area 121 is tied in aforementioned embedding, 111 seam very easily produces noise when becoming Datong District.
The utility model content
The purpose of this utility model is to provide a kind of effect of cohering that can improve crossbeam and mullion, can keep simultaneously the crossbeam and the mullion assembly of timber attractive in appearance.
The utility model crossbeam and mullion assembly are to be installed on a timber, and this timber has the multi-disc trim panel, and this crossbeam and mullion assembly comprise respectively along one first member and one second member of an orthogonal first direction and second direction combination, wherein:
This first member comprises the embedding knot bar and a connecting rod of space, be fixed at least one first combined block between this embedding knot bar and this connecting rod, be fixed on two first plaques of the aforementioned components outside and space respectively, and be arranged at this connecting rod, this first combined block along this second direction and tie bond area with an embedding of this embedding knot bar, aforementioned first plaque, first combined block are to make and have many first direction wood grains, second direction wood grain respectively with solid wood.
This second member comprises the embedding knot bar and a connecting rod of space, be fixed at least one second combined block between this embedding knot bar and this connecting rod, and be fixed on outside the aforementioned components respectively and two second plaques of space, this embedding knot bar has the embedding knot bond area that is provided with along this second direction, and aforementioned second plaque, embedding knot bar are to make and respectively have many second direction wood grains with solid wood.
That is to say, the purpose of this utility model is to provide a kind of crossbeam and mullion assembly of timber, this timber has the polylith trim panel, and this crossbeam and mullion assembly comprise respectively along one first member and one second member of an orthogonal first direction and second direction combination, wherein:
This first member comprises the embedding knot bar and a connecting rod of space, be fixed at least one first combined block between this embedding knot bar and this connecting rod, be fixed on two first plaques of the aforementioned components outside and space respectively, reach the embedding knot bond area that is arranged at this connecting rod, this first combined block and this embedding knot bar along this second direction, aforementioned embedding knot bar, first plaque are to make and have many first direction wood grains with solid wood, and aforementioned first combined block is to make and have many second direction wood grains with solid wood;
This second member comprises the embedding knot bar and a connecting rod of space, be fixed at least one second combined block between this embedding knot bar and this connecting rod, and be fixed on outside the aforementioned components respectively and two second plaques of space, this embedding knot bar has along this second direction setting in order to setting the embedding knot bond area of bonding mutually with the embedding knot bond area of this first member, and aforementioned second plaque, embedding knot bar are to make and have many second direction wood grains with solid wood.
By above-mentioned composition, when the embedding knot bond area at this first member is coated viscose, and aforementioned embedding knot bond area is set mutually, again this first member is executed one with this second member and combine pressure, just can make this first member and this second member cohere fixing mutually, the aufwuchsplate that bond area mostly is one tree wood is tied in embedding by this first member, and the embedding knot bond area that reaches this second member is arboreal growth face entirely, can effectively improve the effect of cohering of this first member and this second member.
Description of drawings
Fig. 1 is an a kind of exploded perspective view of existing combined type timber;
Fig. 2 is the right view that picks up from a crossbeam among Fig. 1, illustrates that the embedding knot bond area of this crossbeam is the growth section of one tree wood;
Fig. 3 is the stereogram that one first preferred embodiment of the utility model crossbeam and mullion assembly is installed on a timber;
Fig. 4 is an exploded perspective view of this first preferred embodiment, illustrates that one first member is a crossbeam;
Fig. 5 is an exploded perspective view of this first preferred embodiment, illustrates that one second member is a mullion;
Fig. 6 is an assembled sectional view of this first preferred embodiment, illustrates that setting of this crossbeam and this mullion cohere design;
Fig. 7 is an exploded perspective view of one second preferred embodiment of the utility model crossbeam and mullion assembly, illustrates that one first member is a mullion in;
Fig. 8 is an assembled sectional view of this second preferred embodiment, and the assembled state of crossbeam in this interior mullion and one is described.
The specific embodiment
Be elaborated below by most preferred embodiment and accompanying drawing crossbeam and mullion assembly to the utility model timber.
Be noted that employed relative position term in entire description, for example " first direction I ", " second direction II " are to be benchmark with the orientation shown in each figure, and this first direction I is vertical mutually with this second direction II.
Shown in Fig. 3,6, one first preferred embodiment of the utility model crossbeam and mullion assembly is to be installed on a timber 20, this timber 20 has polylith trim panel 21, and this first preferred embodiment comprises one first member 30 and one second member 40 that is installed on this timber 20.Further, in this preferred embodiment, this first member 30 is crossbeams, and this second member 40 is mullions, and this first direction I is a horizontal direction, and this second direction II is a vertical direction.
As Fig. 3, shown in 4, this first member 30 is to place along this first direction I, the embedding knot bar 31 and the connecting rod 32 that comprise the space, be fixed on two reverse adapter sections 311 of this embedding knot bar 31 and this connecting rod 32 respectively, 312,321, two first combined blocks 33 of between 322 and space, one is fixed on the filling material 34 between the aforementioned components, be fixed on two first plaques 36 of the aforementioned components outside and space respectively, be arranged at this embedding knot bar 31 respectively along this second direction II, this connecting rod 32, two reverse adapter sections 311 of aforementioned first plaque 36,312,321,322,361,362 with the two embeddings knot bond area 37 of an adapter section 331 of aforementioned first combined block 33, and be arranged at two embedding holes 38 of aforementioned adapter section 331 respectively along this first direction I.
Aforementioned embedding knot bond area 37 is made up of the external surface of an abaculus 371 and the groove face of two caulking grooves 372.
What deserves to be explained is, said modules is except this fills material 34, remaining component all is to make with solid wood, and the arboreal growth direction of aforementioned first combined block 33 is this second direction II, so have many second direction wood grains 330,36 of aforementioned first plaques have many first direction wood grains 360 to accord with the demands of the market, and can synthesize material for the fiber of being made by the hot pressing of wood chip mixing viscose to reduce cost as for this filling material 34.
In addition, this embedding knot bar 31 also has the embedding knot bond area 313 that is provided with and is communicated with aforementioned embedding knot bond area 37 along this first direction I, combines in order to set mutually with this trim panel 21.
Shown in Fig. 3,5, this second member 40 is to place along this second direction II, the embedding knot bar 41 and the connecting rod 42 that comprise the space, be fixed between this embedding knot bar 41 and this connecting rod 42 respectively and two second combined blocks 43 of space, one is fixed on the filling material 44 between the aforementioned components, and is fixed on two second plaques 46 of the aforementioned components outside and space respectively.
Said modules is except this fills material 44, remaining component all is to make with solid wood, and the arboreal growth direction of this embedding knot bar 41, this connecting rod 42, aforementioned second plaque 46 is this second direction II, so have many second direction wood grains 410,420,460 according with the demands of the market, can be the fiber synthetic material identical to reduce cost with this filling material 34 as for this filling material 44.
This embedding knot bar 41 also has along this second direction II setting and can set the embedding knot bond area 411 that combines mutually with this embedding knot bond area 37, and this is set bonding surface 411 and is made up of the groove face of a caulking groove 412 that corresponds to aforementioned abaculus 371, caulking groove 372 (see figure 4)s, the external surface of two abaculus 413.
What deserves to be explained is aforementioned abaculus 371 and caulking groove 412, the position is set exchanges of caulking groove 372 and abaculus 413.
In addition, this second member 40 also comprises two embedding holes 47 that are provided with and aim at aforementioned embedding hole 38 along this first direction I.
As Fig. 3, shown in 6, during assembling, be to coat viscose 50 at the embedding knot bond area 37 of this first member 30 earlier, and two latches 60 are inserted respectively in the aforementioned embedding hole 38, then this second member 40 is advanced towards this first member 30, and aforementioned embedding hole 47 is placed in outside the aforementioned latch 60, and make aforementioned abaculus 371,413 with aforementioned caulking groove 412,372 set mutually in conjunction with (seeing Fig. 4,5), again this first member 30 is executed one with this second member 40 and combine pressure, just can make this first member 30 cohere fixing mutually with this second member 40, what deserves to be explained is especially, because the embedding of this first member 30 knot bond area 37 can be by the design of this first combined block 33 and the arboreal growth face of mostly being, cooperate the embedding knot bond area 411 of this second member 40 to be arboreal growth face entirely, then can effectively improve the effect of cohering of this first member 30 and this second member 40.
Shown in Fig. 3,8, the utility model one second preferred embodiment comprises two first members 70 and one second member 80 that is installed on these timber 20 inside, in this preferred embodiment, this first member 70 is mullions in, this second member 80 is crossbeams in, this first direction I is a vertical direction, and this second direction II is a horizontal direction.
Shown in Fig. 4,7,8, the assembly of this first member 70 is identical with this first member 30, also be to include embedding knot bar 71, a connecting rod 72, two first combined blocks 73, to fill material 74, two slices first plaques 76, two embedding knot bond areas 77, two embedding holes 78, only difference is in this connecting rod 72 and also has a caulking groove 723 along this first direction I setting, uses for setting with aforementioned trim panel 21 and coheres (see figure 3).
The assembly of this second member 80 is also identical with this first member 30, include an embedding that is provided with embedding knot bond area 813 and tie bar 81, one connecting rod 82, two second combined blocks 83, one fills material 84, two second plaques 86, two embedding knot bond areas 87, two embedding holes 88, the two difference is in this embedding knot bar 81 and also has two embedding holes 814 that are provided with and are communicated with this embedding knot bond area 813 along this first direction I, and this connecting rod 82 also has a caulking groove 823 that is provided with along this second direction II and coheres (see figure 3) to set with aforementioned trim panel 21, this embedding knot bond area 813 is to use for setting with the embedding knot bond area 77 of aforementioned trim panel 21 (see figure 3)s and this first member 70 to cohere, and aforementioned embedding hole 814, the same plant is consolidated with two latches 60 between 78, is to cohere (see figure 5) in order to set with the embedding knot bond area 411 of this second member 40 as for aforementioned 87 of bond areas of embedding knot.
As shown in Figure 3, cohere, just can be assembled into this timber 20 when aforementioned first member 30 and second member 40, first member 70 and second member 80 and trim panel 21 are set mutually.
Conclude above-mentionedly, the crossbeam of the utility model timber and mullion assembly can be obtained following effect and advantage, so can reach the purpose of this utility model really:
One, because this first member 30 of the utility model, 70 embedding knot bond area 37,77 tie bond area 87 with the embedding of this second member 80 mostly is arboreal growth face, and the embedding of this second member 40 knot bond area 411, the embedding knot bond area 813 of the embedding knot bar 81 of this second member 80 is arboreal growth face entirely, with the embedding knot bond area 121 of the crossbeam 12 of existing timber 10 complete for the arboreal growth section by comparison, the utlity model has and effectively to improve this first member 30 and this second member 40, this first member 70 and this second member 80, the effect of cohering effect and the advantage of this second member 80 and this second member 40.
Two, have many horizontal direction wood grains 360,860 because of two first plaques 36 of this first member 30, two second plaques 36,86 of this second member 80, two second plaques 46 of this second member 40, two first plaques 76 of this first member 70 have many vertical direction wood grains 460,760, so after finishing this timber 20 by the utility model assembling, the outward appearance of outward appearance that is presented and existing timber 10 is identical, makes to the utlity model has the effect and the advantage that can keep attractive in appearance and accord with the demands of the market.
Claims (10)
1. the crossbeam of a timber and mullion assembly, this timber has the polylith trim panel, and this crossbeam and mullion assembly comprise respectively along one first member and one second member of an orthogonal first direction and second direction combination, it is characterized in that:
This first member comprises the embedding knot bar and a connecting rod of space, be fixed at least one first combined block between this embedding knot bar and this connecting rod, be fixed on two first plaques of the aforementioned components outside and space respectively, reach the embedding knot bond area that is arranged at this connecting rod, this first combined block and this embedding knot bar along this second direction, aforementioned embedding knot bar, first plaque are to make and have many first direction wood grains with solid wood, and aforementioned first combined block is to make and have many second direction wood grains with solid wood;
This second member comprises the embedding knot bar and a connecting rod of space, be fixed at least one second combined block between this embedding knot bar and this connecting rod, and be fixed on outside the aforementioned components respectively and two second plaques of space, this embedding knot bar has along this second direction setting in order to setting the embedding knot bond area of bonding mutually with the embedding knot bond area of this first member, and aforementioned second plaque, embedding knot bar are to make and have many second direction wood grains with solid wood.
2. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
This first member also comprises along this first direction and is arranged at this first combined block and is communicated with two embedding holes of this embedding knot bond area, this second member comprises that also being arranged at this embedding along this first direction ties bar and be communicated with two embedding holes that bond area is tied in this embedding, and the crossbeam of this timber and mullion assembly also comprise inserts solid two latches between aforementioned embedding hole respectively.
3. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
The quantity of first combined block of this first member is two, be to be fixed on this embedding respectively to tie between the two reverse sections of bar and this connecting rod and the space, and this first member also have a filling material that is fixed between aforementioned embedding knot bar, connecting rod, first combined block.
4. the crossbeam of timber as claimed in claim 3 and mullion assembly is characterized in that:
The filling material of this first member is the synthetic material of being made by the hot pressing of wood chip mixing viscose of fiber.
5. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
The quantity of second combined block of this second member is two, be to be fixed on this embedding respectively to tie between the two reverse sections of bar and this connecting rod and the space, and this second member also have a filling material that is fixed between aforementioned embedding knot bar, connecting rod, second combined block.
6. the crossbeam of timber as claimed in claim 5 and mullion assembly is characterized in that:
The filling material of this second member is the synthetic material of being made by the hot pressing of wood chip mixing viscose of fiber.
7. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
The embedding knot bond area of this first member is made up of the external surface of an abaculus and the groove face of two caulking grooves, and the embedding knot bond area of this second member is made up of the groove face of a caulking groove and the external surface of two abaculus.
8. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
This first member is a crossbeam, and this second member is a mullion, and this first direction is a horizontal direction, and this second direction is a vertical direction.
9. the crossbeam of timber as claimed in claim 1 and mullion assembly is characterized in that:
This first member is a mullion in, and this second member is a crossbeam in, and this first direction is a vertical direction, and this second direction is a horizontal direction.
10. the crossbeam of timber as claimed in claim 9 and mullion assembly is characterized in that:
The connecting rod of this first member have one along this first direction setting, in order to setting the caulking groove that combines mutually with aforementioned trim panel, the connecting rod of this second member have one along this second direction setting, in order to set the caulking groove that coheres mutually with aforementioned trim panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620002312 CN2866767Y (en) | 2006-02-07 | 2006-02-07 | Cross-beam and vertical column assembly for wooden door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620002312 CN2866767Y (en) | 2006-02-07 | 2006-02-07 | Cross-beam and vertical column assembly for wooden door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2866767Y true CN2866767Y (en) | 2007-02-07 |
Family
ID=37702471
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620002312 Expired - Fee Related CN2866767Y (en) | 2006-02-07 | 2006-02-07 | Cross-beam and vertical column assembly for wooden door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2866767Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103669728A (en) * | 2013-04-25 | 2014-03-26 | 成都天磐科技有限责任公司 | Wrappage bearing cylinder made of timbers |
-
2006
- 2006-02-07 CN CN 200620002312 patent/CN2866767Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103669728A (en) * | 2013-04-25 | 2014-03-26 | 成都天磐科技有限责任公司 | Wrappage bearing cylinder made of timbers |
| CN103669728B (en) * | 2013-04-25 | 2016-10-05 | 广州森瑞包装制品有限公司 | The packing material load-bearing cylinder that a kind of timber makes |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070207 |