CN204386070U - The structural member of assembly type furred ceiling - Google Patents
The structural member of assembly type furred ceiling Download PDFInfo
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- CN204386070U CN204386070U CN201420822693.8U CN201420822693U CN204386070U CN 204386070 U CN204386070 U CN 204386070U CN 201420822693 U CN201420822693 U CN 201420822693U CN 204386070 U CN204386070 U CN 204386070U
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Abstract
The utility model relates to a kind of structural member of assembly type furred ceiling, and it has visual alien invasion; Structural member comprises the first profile piece, the second profile piece and intermediate proximate matter part, and the first profile piece, the second profile piece and intermediate proximate matter part are section bar shape; First profile piece, the second profile piece are respectively arranged with the location structure that structural member can be connected in furred ceiling layer, both ends socket connection first profile piece, second profile piece respectively of intermediate proximate matter part, the first profile piece, the second profile piece are distributed in the both sides of intermediate proximate matter part.Like this, the smaller extruded machine that can use small mould and little tonnage of above-mentioned separation type equipment structure size, and processing decoration pattern on visual alien invasion easily.In addition, above-mentioned split section bar can independent packaging transport, saves transport space and cost of transportation, and installation between them is also very convenient.
Description
Technical field
The present invention relates to the component of furred ceiling, particularly the structural member of assembly type furred ceiling.
Background technology
Indoor suspended ceiling is a kind of finishing mode generally, and it comprises fixed furred ceiling and assembly type furred ceiling.Wherein, described fixed furred ceiling is that finishing personnel construct at indoor scene, and whole furred ceiling layer is fixed on roof space, and whole furred ceiling layer in general can not partial disassembly otherwise will damage; Wherein, described assembly type furred ceiling is the mode adopting splicing, and various sheet material or structural member are stitched together at the scene by finishing personnel, most of parts of furred ceiling can optionally change and can not damage furred ceiling layer.
For modular furred ceiling layer, assembling mode common in early days adopts to hook crisscross T-shaped keel, then by the sheet material of various rectangle as plank, sheet asbestos, plastic plate etc. are shelved on these T-shaped keel, then receive limit with the keel of L-type; Also had afterwards and adopt triangular keel structure, described triangular keel has clamp port, is snapped into by aluminum alloy gusset plate in the clamp port of described triangular keel.
But furred ceiling layer can not be the structure of a plane completely, when needing to adopt three-dimensional decoration style, secondary or three grades of ceiling structures are there are.For all-in-one-piece furred ceiling, workman adopts manual way to splice secondary or three grades of furred ceilings are more convenient.And for modular furred ceiling layer, forming secondary or three grades of furred ceiling layers just compares and be not easy, current market there is a kind of special-purpose section being exclusively used in the rotation angle position forming secondary or three grades of furred ceiling layers for this reason.The application number that such as the applicant submitted on December 26th, 2012 is 201210571322.2, name is called the patent of invention of " secondary ceiling structure part ", be specifically designed to the section bar of furred ceiling rotation angle position, various level furred ceiling part can form the furred ceiling layer of stereochemical structure by means of described secondary ceiling structure part.But the cross section structure of this secondary ceiling structure part is complicated and volume is large, not only be not easy to install and be particularly not easy to cutting splicing, the applicant have submitted application number on May 13rd, 2014 again is for this reason 2,014 2024 2455.X, name is called the patent of " secondary ceiling decoration section bar ", disclose the matrix in section bar shape, also comprise the bottom location division that can be attached to bottom furred ceiling layer of extending respectively from described matrix and the top layer location division that can be attached to top layer furred ceiling layer, described matrix is provided with the location facade that can be formed and expose decorative cover, one-body molded between described bottom location division and described matrix, can releasably link together between described top layer location division and described matrix.Wherein, described top layer location division is tabular section bar, comprises top wall body, and described top wall body is provided with top link slot, and described top layer furred ceiling layer is installed and is positioned in the link slot of top; Also comprise bottom wall body, described bottom wall body is provided with a pair location hook, described a pair location hook snaps on a described make-up limit that described matrix is arranged, thus realizes removably connecting between described top layer location division and described matrix.So not only greatly reduce the convolution size of described matrix itself, and be convenient to install, dismantle and change described matrix.In said structure, although can removably connect between described top layer location division and described matrix, but, the metal material not only needing consumption rate more during described top layer location division itself structural span if oversize (too high) of this kind of structure and cost is high, and the die size of processing is also large, extruded press tonnage also needs larger.Prior, because described top layer location division is also positioned at one of them visual alien invasion of rotation angle position, if need when described top layer location division is integrated formed structure to increase various abundant exterior decorative effect at the visual alien invasion of described top layer location division, the processing technology needed is also just very complicated, and processing cost is just very high.
Secondly, for modular plane furred ceiling layer, also need to arrange the horizontal beam column that protrudes from plane under many circumstances wherein thus strengthen third dimension.The application number that such as the applicant submitted on December 28th, 2012 is 201220736916.X, name is called " decorative panel element ", be applied to an outstanding beam column part for plane furred ceiling layer exactly, it is the same problem in top layer location division in 2,014 2024 2455.X that this beam column part is also faced with above-mentioned application number.
Summary of the invention
For the structural member institute problems faced used in existing assembly type furred ceiling layer, obvious needs are further improved to strengthen its applicability.For this reason, the present invention proposes a kind of structural member of assembly type furred ceiling, and described structural member comprises the first profile piece, the second profile piece and intermediate proximate matter part, and described first profile piece, the second profile piece and intermediate proximate matter part are section bar shape; It is characterized in that, described first profile piece, the second profile piece are respectively arranged with the location structure that described structural member can be connected in furred ceiling layer, described intermediate proximate matter part is between described first profile piece and the second profile piece, and the both sides of described intermediate proximate matter part are connected described first profile piece, the second profile piece thus form all-in-one-piece described structural member respectively.
Wherein, described structural member has definite shape structure, can also bear the composite member of certain load.It can be used in connecting the furred ceiling layer being positioned at different surface layer, or connects the furred ceiling layer being positioned at the same face layer.When it is arranged on the visual alien invasion of of furred ceiling, the span of extension can not only be improved significantly and various decorative effect can be arranged neatly.Described visual alien invasion refers to, when described structural member is installed to after on furred ceiling layer, people stands in the position that ground can be observed directly, significantly, both described structural member was installed to after on furred ceiling layer, the alien invasion that the described structural member that the ground that people stands in can be observed has, described structural member simultaneously or a kind of appearance member that can be assembled in ceiling system for this reason.Described visual alien invasion independently can be made up of described first profile piece, the second profile piece or intermediate proximate matter part, or because they combine.
Wherein, described first profile piece, the second profile piece and intermediate proximate matter part are separate components, they can independently manufacture for this reason, then connect described first profile piece, the second profile piece thus make their connect for all-in-one-piece structural member by described intermediate proximate matter part.In fact, described intermediate proximate matter part also becomes the transition piece connecting described first profile piece and the second profile piece.
Wherein, described furred ceiling layer is the cosmetic finish for headroom in decorative house dwelling environment, is generally formed by the board material splice of various rectangle at present, or is directly formed by the sheet material in-site installation of integral type.Described furred ceiling layer can be relatively setting up and down hang oneself top coat or lower furred ceiling surface layer, or is single furred ceiling surface layer.
Wherein, described first profile piece, the second profile piece are respectively arranged with location structure, described location structure is also the such as crochet of a kind of syndeton, plug side or hole for hoist etc., described structural member can be connected (location or combination) in furred ceiling layer by described location structure.For this reason, described structural member can be connected and is positioned at different surface layer, the application of the top layer location division such as, disclosed in similar patent 2,014 2024 2455.X, now, to hang oneself described in described structural member becomes the transition connection profile of rotation angle position between top layer and lower furred ceiling layer or a part wherein, even can also locate, support described in hang oneself top layer or lower furred ceiling layer.When arranging decorative pattern or arrange luminous body on the visual alien invasion of described structural member, described structural member can also play the effect of decorating described ceiling system.Certain described structural member can also be applied in individual layer furred ceiling layer, the such as application of the decorative panel element disclosed in similar 201220736916.X.
According to technique scheme, beneficial effect of the present invention is:
1. because described structural member is by independently split section bar, namely described first profile piece, the second profile piece and intermediate proximate matter part combine, the physical dimension of described first profile piece, the second profile piece and intermediate proximate matter part is smaller, and the single lead screw ex truding briquetting machine of small mould and little tonnage can be used to process.And due to described first profile piece, the second profile piece and intermediate proximate matter part physical dimension smaller, when needs be also very easy to during processing decoration pattern on their visual alien invasion.In addition, described first profile piece, the second profile piece and intermediate proximate matter part can transport in independent packaging, save transport space and cost of transportation.Secondly, described first profile piece, the second profile piece and intermediate proximate matter part tentatively can be installed as after structural member integral installation more at the scene and, in ceiling system, can certainly to be transported to scene again and to install and use after factory is tentatively installed as overall structural member.
2. because the both sides of described intermediate proximate matter part are connected described first profile piece, the second profile piece respectively, for this reason described first profile piece, between the second profile piece and intermediate proximate matter part connection operation very easy, and can dismantle very easily, according to the needs of user or installation need match different split section bars and be combined as different structural members, improve the versatility of described structural member.
With regard to the fixing mechanism between described first profile piece and described intermediate proximate matter part, further technical scheme can be that the bottom of described first profile piece is connected by the first clamping mechanism with between the upper end of described intermediate proximate matter part.
Specifically, described first clamping mechanism comprises draw-in groove and the T-shaped dop with described draw-in groove adaptation; Described draw-in groove is arranged on the bottom of described first profile piece, described T-shaped dop is arranged on the upper end of described intermediate proximate matter part, or described draw-in groove is arranged on the upper end of described intermediate proximate matter part, described T-shaped dop is arranged on the bottom of described first profile piece.Like this, namely described T-shaped dop completes the connection between described first profile piece and described intermediate proximate matter part after inserting described draw-in groove from the groove end of described draw-in groove, and it is very convenient to operate.
In order to strengthen the connection between affiliated first profile piece and described intermediate proximate matter part, further technical scheme can be also be provided with viscose between the bottom of described first profile piece and the upper end of described intermediate proximate matter part.
The profile structure part be applied in ceiling system is all generally adopt aluminium material manufacture, although the weight of described section bar self can be alleviated like this, but the structural strength of aluminium extruded sections is general lower, be unfavorable for the object that load capacity is larger, for solving the problem, further technical scheme can be described first profile piece is shape, and described intermediate proximate matter part is non-metallic material.Like this, described intermediate proximate matter part has reasonable intensity and has lighter weight equally simultaneously.And, the concavo-convex decorative pattern that shape part cannot manufacture can also be manufactured on described intermediate proximate matter part, improve the ornamental of described structural member.
With regard to the connected structure between described second profile piece and described intermediate proximate matter part, further technical scheme can be, the upper end of described second profile piece is connected by the second clamping mechanism with between the bottom of described intermediate proximate matter part.
Described second clamping mechanism comprises draw-in groove and the T-shaped dop with described draw-in groove adaptation specifically; Described draw-in groove is arranged on the upper end of described second profile piece, described T-shaped dop is arranged on the bottom of described intermediate proximate matter part, or described draw-in groove is arranged on the bottom of described intermediate proximate matter part, described T-shaped dop is arranged on the upper end of described second profile piece.
In order to strengthen the connection between described second profile piece and described intermediate proximate matter part, further technical scheme can be, is also provided with viscose between the upper end of described second profile piece and the bottom of described intermediate proximate matter part.
Similarly, further technical scheme can also be, described second profile piece is shape, and described intermediate proximate matter part is non-metallic material.
In order to expand the function of described structural member, further technical scheme can also be, described intermediate proximate matter part is provided with window, and described window is between described first profile piece, the second profile piece.Wherein, described window can process in erecting bed, and for installing other additivity functors, further technical scheme described window is provided with electrical part or grid member for this reason.
Or further technical scheme is provided with at least two sections of described intermediate proximate matter parts between described first profile piece, the second profile piece, is reserved with interface between adjacent described intermediate proximate matter part.A progressive ground, described interface is provided with electrical part or grid member.
Because the present invention has These characteristics and advantage, can be applied in the structural member of assembly type furred ceiling for this reason.
Accompanying drawing explanation
Fig. 1 is the structural representation of the structural member of the assembly type furred ceiling of the first technical scheme of application the present invention;
Fig. 2 is the decomposition texture schematic diagram that the structural member shown in Fig. 1 is applied in secondary ceiling system;
Fig. 3 is the structure for amplifying schematic diagram of a-quadrant in Fig. 2, and described first profile piece adopts the connected structure of the first embodiment to be connected with described intermediate proximate matter part;
Fig. 4 is described first profile piece and described intermediate proximate matter part, and described second profile piece and described intermediate proximate matter part adopt the structural representation of the connected structure of the second embodiment;
Fig. 5 is the decomposition texture schematic perspective view of the described structural member with expanded function;
Fig. 6 is the structural representation of the structural member of the assembly type furred ceiling applying the second technical scheme of the present invention.
Detailed description of the invention
Be further described below in conjunction with the structure of accompanying drawing to the structural member of the secondary furred ceiling of application technical solution of the present invention.
Embodiment one:
As shown in Figure 1, a kind of structural member 100 of assembly type furred ceiling, it has visual alien invasion 101; Described structural member 100 comprises the first profile piece 1, second profile piece 3 and intermediate proximate matter part 2, and described first profile piece 1, second profile piece 3 and intermediate proximate matter part 2 are in section bar shape; Described first profile piece 1, second profile piece 3 is respectively arranged with the location structure that described structural member 100 can be connected in furred ceiling layer, described intermediate proximate matter part 2 is between described first profile piece 1, second profile piece 3 and be connected respectively described first profile piece 1, second profile piece 3.
As depicted in figs. 1 and 2, described first profile piece 1, second profile piece 3 and intermediate proximate matter part 2 are separate components.Wherein said first profile piece 1 is provided with the mounting groove portion 12 for installing the upper suspended ceiling pinch plate 51 in location, suspended ceiling pinch plate 51 described in polylith is put together top layer of hanging oneself.And a side of described first profile piece 1 is provided with locating slot 13, suspension rod 71 to be fixed in described first profile piece 1 by screw 72 and described first profile piece 1 is navigated in the roof space, and described locating slot 13 becomes the location division structure described first profile piece 1 be connected in furred ceiling layer for this reason.Secondly, described second profile piece 3 is provided with the location structure connecting bottom corner section bar 6, described location structure comprises the draw-in groove 32 of a pair coupler body 31 formation, described corner section bar 6 is also provided with adaptedly a pair coupler body (61,62), described coupler body (61,62) snaps onto in described draw-in groove 32 and forms clamping and connect, and described draw-in groove 32 becomes the location structure described 3rd profile piece 3 be connected in furred ceiling layer for this reason.
Secondly, as shown in Figure 2, described corner section bar 6 is also provided with button limit 63, the buckle 52 of bottom furred ceiling layer is engaged on the side of described corner section bar 6, and described buckle 52 is also plugged in the jaws of bottom the triangular keel 8 thus location formed described buckle 52 and described corner section bar 6 jointly with button limit 63.
As shown in Figure 3, in the position of the bottom of described first profile piece 1, a pair snap arm (10a, 10b) is also set, form bayonet socket 11 between snap arm described in a pair (10a, 10b), snap arm described in a pair (10a, 10b) is respectively arranged with the positioning boss (11a, 11b) be oppositely arranged.The upper end 2a of described intermediate proximate matter part 2 is provided with a pair draw-in groove (2a1,2a2) adaptive with described positioning boss (11a, 11b) thus makes the upper end of described intermediate proximate matter part 2 in T-type structure roughly.Described a pair positioning boss (11a, 11b) combines with described a pair draw-in groove (2a1,2a2) respectively, thus makes the upper end 2a socket connection of described intermediate proximate matter part 3 in the bayonet socket 11 of the bottom of described first profile piece 1.Described snap arm (10a, 10b) and described draw-in groove (2a1,2a2) form the first clamping mechanism.And be connected by the second clamping mechanism between the upper end of described second profile piece 3 and the bottom 2b of described intermediate proximate matter part 2, described second clamping mechanism has substantially identical structure with described first clamping mechanism, no longer discusses described second clamping mechanism for this reason.
And described first clamping mechanism and the second clamping mechanism can also adopt another kind of embodiment, structural representation in detail as shown in Figure 4, similarly, because described first clamping mechanism has substantially identical structure with described second clamping mechanism, discuss for described first clamping mechanism below: the first clamping mechanism described in Fig. 4 comprises draw-in groove 11c and the T-shaped dop 21a with described draw-in groove 11c adaptation; Described draw-in groove 11c is arranged on the bottom of described first profile piece 1, and described T-shaped dop 21a is arranged on the upper end 2a of described intermediate proximate matter part 2.The another kind of equivalent embodiment of certain effect, described draw-in groove is arranged on the upper end 2a of described intermediate proximate matter part 2, and described T-shaped dop is arranged on the bottom of described first profile piece 1.Like this, namely described T-shaped dop completes the connection between described first profile piece 1 and described intermediate proximate matter part 2 after inserting described draw-in groove from the groove end of described draw-in groove, and it is very convenient to operate.In order to strengthen the connection between described first profile piece 1 and described intermediate proximate matter part 2, further technical scheme is also provided with viscose between the bottom of described first profile piece 1 and the upper end of described intermediate proximate matter part 2.Similarly, same between the upper end and the bottom of described intermediate proximate matter part 2 of described second profile piece 3 can viscose be set, thus strengthens the connective stability between them.
Can find out in above-mentioned mounting structure, in the corner structure of furred ceiling layer, not only described corner section bar 6 itself forms structure and the decoration function of transition connection, and another end of described corner section bar 6 is located by means of described structural member 100, and the visual alien invasion 101 of described structural member 100 itself also forms a decorative cover of furred ceiling layer rotation angle position, main its of described intermediate proximate matter part 2 in described structural member 100 is connected the effect of upper and lower profile piece, simple platy structure can be set to, thus not only structure simply can manufacture separately thus strengthen the ornamental diversity of described structural member 100 part, and described structural member 100 can become the hoisting structure part of described corner section bar 6.The mould not only manufacturing described corner section bar 6 can be less, and the mould manufacturing described structural member 100 also can be too large.
The profile structure part be applied in ceiling system is all generally adopt aluminium material manufacture, although the weight of described section bar self can be alleviated like this, but the structural strength of aluminium extruded sections is general lower, be unfavorable for the object that load capacity is larger, for solving the problem, further technical scheme is described first profile piece 1, second profile piece 3 is shapes, and described intermediate proximate matter part 2 is non-metallic materials.Like this, described intermediate proximate matter part 2 has reasonable intensity and has lighter weight equally simultaneously.And, the concavo-convex decorative pattern that shape part cannot manufacture can also be manufactured on described intermediate proximate matter part 2, improve the ornamental of described structural member 100.
In order to expand the function of described structural member 100, further technical scheme is, as shown in Figure 5, described intermediate proximate matter part 2 is provided with window 21, and described window 21 is between described first profile piece 1, second profile piece 3.Wherein said window 21 can process in erecting bed and install grid member 4.When described window 21 is communicated with vent passages, described window 21 can become a ventilation opening, and the interior space is in communication with the outside.Certain described window 21 can also be used for installing other additivity functors, the such as electrical part such as light fixture, audio amplifier.
As the embodiment (not shown in FIG.) that another kind is equivalent, between described first profile piece 1, second profile piece 2, at least two sections of described intermediate proximate matter parts 3 can also be set, be reserved with interface between adjacent described intermediate proximate matter part 3, described interface is provided with electrical part or grid member.
Embodiment two:
As shown in Figure 6, be the structural representation described structural member 100 is applied in individual layer furred ceiling layer.The left end of described first profile piece 1 is provided with grafting arm 130, and the top ends of described grafting arm 130 is provided with the positioning convex 131 that can coordinate with triangular keel 8 and spacing preiection 132, and described positioning convex 131 is positioned at above described spacing preiection 132.Like this, buckle 51 and described grafting arm 130 are inserted into after in the jaws of described triangular keel 8, make described first profile piece 1 be connected in furred ceiling layer, and described grafting arm 130 becomes the location structure described first profile piece 1 be connected in furred ceiling layer for this reason.Similarly, the right-hand member of described second profile piece 3 has grafting arm 310, described grafting arm 310 has the structure substantially identical with described grafting arm 130, and no longer repeat to discuss at this, described grafting arm 310 becomes the location structure described second profile piece 3 be connected in furred ceiling layer.
And between the right-hand member and the left end of described intermediate proximate matter part 2 of described first profile piece 1, be provided with the first clamping mechanism, and the second clamping mechanism is provided with between the left end and the right-hand member of described intermediate proximate matter part 2 of described second profile piece 3.The first clamping mechanism in the first clamping mechanism in the present embodiment and the structure of the second clamping mechanism and embodiment one and the similar of the second clamping connection mechanism, no longer repeat to discuss for this reason.
Claims (8)
1. the structural member of assembly type furred ceiling, described structural member comprises the first profile piece, the second profile piece and intermediate proximate matter part, and described first profile piece, the second profile piece and intermediate proximate matter part are section bar shape; It is characterized in that, described first profile piece, the second profile piece are respectively arranged with the location structure that described structural member can be connected in furred ceiling layer, described intermediate proximate matter part is between described first profile piece and the second profile piece, and the both sides of described intermediate proximate matter part are connected described first profile piece, the second profile piece thus form all-in-one-piece described structural member respectively.
2. structural member according to claim 1, is characterized in that, realizes socket connection between the both sides of described intermediate proximate matter part and described first profile piece or the second profile piece by connected structure; Described connected structure comprises the adaptive draw-in groove of connection and the T-shaped dop with described draw-in groove adaptation mutually.
3. structural member according to claim 1 and 2, is characterized in that, described first profile piece or the binding site between the second profile piece and described intermediate proximate matter part are also provided with viscose.
4. structural member according to claim 1 and 2, is characterized in that, described first profile piece or the second profile piece are shapes, and described intermediate proximate matter part is non-metallic material.
5. structural member according to claim 1 and 2, is characterized in that, described intermediate proximate matter part is provided with window, and described window is between described first profile piece, the second profile piece.
6. structural member according to claim 5, is characterized in that, described window is provided with electrical part or grid member.
7. structural member according to claim 1 and 2, is characterized in that, is provided with at least two sections of described intermediate proximate matter parts between described first profile piece, the second profile piece, is reserved with interface between adjacent described intermediate proximate matter part.
8. structural member according to claim 7, is characterized in that, described interface is provided with electrical part or grid member.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420822693.8U CN204386070U (en) | 2014-12-23 | 2014-12-23 | The structural member of assembly type furred ceiling |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420822693.8U CN204386070U (en) | 2014-12-23 | 2014-12-23 | The structural member of assembly type furred ceiling |
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| CN204386070U true CN204386070U (en) | 2015-06-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104481098A (en) * | 2014-12-23 | 2015-04-01 | 胡崇亮 | Structural component for assembled type suspended ceiling |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104481098A (en) * | 2014-12-23 | 2015-04-01 | 胡崇亮 | Structural component for assembled type suspended ceiling |
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