CN202390992U - Integrated suspended ceiling for layered installation of suspended ceiling panel - Google Patents
Integrated suspended ceiling for layered installation of suspended ceiling panel Download PDFInfo
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- CN202390992U CN202390992U CN2011204628647U CN201120462864U CN202390992U CN 202390992 U CN202390992 U CN 202390992U CN 2011204628647 U CN2011204628647 U CN 2011204628647U CN 201120462864 U CN201120462864 U CN 201120462864U CN 202390992 U CN202390992 U CN 202390992U
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Abstract
The utility model relates to an integrated suspended ceiling for layered installation of a suspended ceiling panel. Markets do not have structures capable of realizing layered installation of suspended panels currently. The integrated suspended ceiling comprises a plurality of main keels and a plurality of upper triangular keels, and is characterized by further comprising an upper panel, a lower panel, a primary triangular keel, a secondary triangular keel, connecting clamp plates, a frame and a plurality of lower triangular keels, both the primary triangular keel and the secondary triangular keel are mounted on the upper triangular keels, an upwards concave region is formed between the primary triangular keel and the secondary triangular keel, the connecting clamp plates encircle to form an upwards concave structure, a vertical press strip is located above the upper triangular keels, the frame is provided with a transverse mounting plane and a vertical mounting plane, a transverse mounting groove is formed between the transverse mounting plane and a transverse press strip, a vertical mounting groove is formed between the vertical mounting plane and the vertical press strip, the lower panel is clamped in the vertical mounting groove and the lower triangular keels, and the upper panel is clamped in the transverse mounting groove. The integrated suspended ceiling is simple in structure and reasonable in design, and can realize vertical layered installation of the suspended panel.
Description
Technical field
The utility model relates to a kind of integrated furred ceiling, especially relates to a kind of integrated furred ceiling that the hang ceiling panel layering is installed that is used for, and belongs to building materials ceiling decoration field.
Background technology
The use of integrated furred ceiling is quite extensive in the prior art; Integrated furred ceiling is fixed on the indoor top of building usually through main joist; The triangle keel are connected with main joist through connector; Panel or electrical equipment cooperate with keel like square, rectangle etc. according to the shape that designs then, as being mounted to whole furred ceiling through modes such as clampings.
Though existing integrated furred ceiling can make indoor furred ceiling be in the same horizontal plane; But; In above-mentioned existing integrated ceiling structure, the triangle keel normally laterally parallel arrangement or parallel longitudinal arrange, and the arragement direction that is arranged in the triangle keel of same horizontal plane can only be selected one and chooses; Be in the same horizontal plane the triangle keel laterally parallel arrangement or parallel longitudinal arrange, the situation that the delta queue bone photo intersects can not appear in same horizontal plane.Hence one can see that; When hang ceiling panel is installed; A hang ceiling panel can only be installed on two triangle keel that are parallel to each other through the clamping corner of hang ceiling panel both sides respectively; Reduced the sound construction degree of integrated furred ceiling, only be difficult to firm being fixed on the integrated furred ceiling of the integrated ceiling appliance that weight is heavier, thereby brought great inconvenience for heavier integrated ceiling appliance or other the heavier suspended ceiling devices of weight of erection weight with two triangle keel.
In addition; Along with user the live raising that requires and the diversity development of building structure; For integrated furred ceiling only the structure in same plane can not satisfy existing user's demand, have many consumers and hope that indoor furred ceiling is personalized more, need the global existence of furred ceiling high and low layered; Promptly be employed in the space of same furred ceiling the height layering of real hang ceiling panel.Some user also hopes to decorate at ceiling appliances such as layering place installation ornament lamps, if adopt the furred ceiling mode of prior art, owing to make after the furred ceiling layering that the height of installation panel is different, causes the height difference of the triangle keel of installation panel.
If need in the space of same furred ceiling, realize the height layering of hang ceiling panel; The installation of the high end that needs in the prior art to change main joist or triangle keel just can realize hang ceiling panel height layering installation; Though the purpose that this can reach the hang ceiling panel layering installs very trouble, the difference in height of calculated in advance main joist or triangle keel before installing such as needs; Efficient is quite low for installing; And behind the panel of the height layering of same indoor installation, the panel place of different layers is very not attractive in appearance, thereby influences the whole structure of integrated furred ceiling greatly.For example; Open day is on 07 27th, 2011, and publication number is in the Chinese patent of CN201908381U, discloses a kind of integrated furred ceiling; This integrated furred ceiling comprises suspension and a plurality of buckle; Suspension comprises the capable main joist of the plural number that is suspended on indoor upper space and is fixed on the several column triangle keel of this main joist below, and suspension comprises first floor suspension and the second layer suspension that is positioned at this first floor suspension below, embeds buckle on this first floor suspension and forms the first floor furred ceiling; Embed buckle on this second layer suspension and form second layer furred ceiling, the joining place of this first floor furred ceiling and second layer furred ceiling is provided with chimeric L type triangle keel and L type buckle each other; First floor furred ceiling and second layer furred ceiling that this integrated furred ceiling is laid through first floor suspension and second layer suspension, the workload when the score layer furred ceiling is installed is big, and brings bigger inconvenience for the installation of layering furred ceiling, is difficult to align easily furred ceiling.
In sum, also do not have a kind of structure that realizes that the hang ceiling panel layering is installed at present, thereby bring bigger inconvenience for the layering installation of hang ceiling panel, influence the effect of integrated furred ceiling, hindered the development of integrated furred ceiling industry.
The utility model content
The purpose of the utility model is to overcome the above-mentioned deficiency that exists in the prior art, and provides a kind of simple in structure, and is reasonable in design, easy to use, and dependable performance can realize the integrated furred ceiling that is used for hang ceiling panel layering installation that the layering of hang ceiling panel height is installed.
The utility model addresses the above problem the technical scheme that is adopted: this integrated furred ceiling that is used for hang ceiling panel layering installation comprises several main joists and several upper stratas triangle keel; Be parallel to each other between said several main joist; Said several upper stratas triangle keel are installed in the main joist below; These several upper stratas triangle keel are all vertical with main joist; Its design feature is: also comprise deck panels, lower floor's panel, triangle keel, No. two triangle keel, connect clamp, frame and several lower floors triangle keel; Said triangle keel and No. two triangle keel are installed on the triangle keel of several upper stratas, form the fovea superior zone between these triangle keel and No. two triangle keel; Said connection clamp comprises clamp body, card article, horizontal press strip and perpendicular press strip; Said card article is fixed on the top of clamp body, and said horizontal press strip is fixed on the clamp upper part of body, and this horizontal press strip is positioned at a side of clamp body; Said horizontal press strip is transversary; Said perpendicular press strip is fixed on the bottom of clamp body, and this perpendicular press strip is vertical structure, and said card article is connected on triangle keel surrounding fovea superior zone, No. two triangle keel and the upper strata triangle keel; The said connection clamp fovea superior structure that forms a circle, said perpendicular press strip is positioned at the top of upper strata triangle keel; The top of said frame is provided with horizontal mounting plane; The bottom of this frame is provided with perpendicular mounting plane; One side of said frame and a side of clamp body are fixed, and said horizontal mounting plane and horizontal press strip cooperate, and form horizontal mounting groove between this horizontal mounting plane and the horizontal press strip; Said perpendicular mounting plane and perpendicular press strip cooperate, and form perpendicular mounting groove between this perpendicular mounting plane and the perpendicular press strip; Said lower floor triangle keel are installed in triangle keel below, upper strata, and this lower floor's delta queue position of bone is outside the fovea superior zone, and said subsurface integrated circuit board is connected in perpendicular mounting groove and the lower floor's triangle keel; The said deck panels that goes up is connected to horizontal mounting groove and the upper strata triangle keel that are arranged in the fovea superior zone, and the side that deck panels is connected in the horizontal mounting groove on this is provided with horizontal clamping limit.The purpose that the layering of hang ceiling panel height is installed just can be realized in the high end that makes the utility model need not to change main joist or triangle keel thus; The hang ceiling panel on upper strata is installed in the horizontal mounting groove between horizontal mounting plane and the horizontal press strip, and the hang ceiling panel of lower floor is installed on the perpendicular mounting groove between perpendicular mounting plane and the perpendicular press strip.The upper strata panel of the utility model forms the fovea superior structure, can satisfy the requirement of different user, for example can strengthen integrated furred ceiling third dimension, can make full use of the interior space, other ceiling appliances or the like can be installed in the fovea superior structure.
As preferably, the said triangle keel of the utility model and No. two triangle keel all flush with upper strata triangle keel.
As preferably, the said triangle keel of the utility model are parallel with No. two triangle keel, and these triangle keel is all vertical with upper strata triangle keel with No. two triangle keel.
As preferably, the utility model also comprises double-deck suspension hook, and said double-deck suspension hook comprises double-deck suspension hook body, and said double-deck suspension hook upper part of body is provided with the keel hole, and the bottom of this bilayer suspension hook body is provided with the keel draw-in groove; Said lower floor triangle keel are installed in triangle keel below, upper strata through double-deck suspension hook, and the triangle keel cross-under of said upper strata is in the keel hole, and the triangle keel cross-under of said lower floor is in the keel draw-in groove.
As preferably; The utility model also comprises the cross connector; Said cross connector comprises connector body, a connector, No. two connectors and No. three connectors, and a said connector, No. two connectors and No. three connectors all are fixed on the connector body; The back side of a said connector is provided with draw-in groove No. one, and the back side of said No. two connectors is provided with draw-in groove No. two, and the back side of said No. three connectors is provided with draw-in groove No. three, and a said draw-in groove, No. two draw-in grooves and No. three draw-in grooves form " T " font structure; Said triangle keel and No. two triangle keel all are installed on the triangle keel of upper strata through the cross connector.Make the utility model can cross one another triangle keel be installed in the same plane thus, help the heavier furred ceiling assembly of erection weight through the cross connector.
As preferably, horizontal press strip and perpendicular press strip in the said connection clamp of the utility model are arcuate structure.
As preferably, the said connection clamp of the utility model comprises that also gusset plate holddown groove and keel support shoulder, and said gusset plate holddown groove is fixed on the bottom of clamp body, and this gusset plate holddown groove is positioned at the opposite side of clamp body; Said keel support shoulder and are fixed on the clamp upper part of body, and these keel support the opposite side that shoulder is positioned at the clamp body.
As preferably; The said connection clamp of the utility model also comprises a convex tendon and No. two convex tendons, and a said convex tendon is fixed on a side of clamp body, and this convex tendon is positioned at the below of horizontal press strip; Be provided with groove in the said frame No. one, a said convex tendon is connected in groove; Said No. two convex tendons are fixed on a side of clamp body, and these No. two convex tendons are positioned at the below of horizontal press strip, are provided with groove in the said frame No. two, and said No. two convex tendons are connected in No. two grooves.
As preferably; The said cross connector of the utility model also comprises connector No. four; Said No. four connectors are fixed on the connector body, and the back side of these No. four connectors is provided with draw-in groove No. four, and a said draw-in groove, No. two draw-in grooves, No. three draw-in grooves and No. four draw-in grooves form " ten " font structure.
As preferably, the back side of a connector is provided with a left side and a right edge in the said cross connector of the utility model, forms a draw-in groove between this left side and a right edge; The back side of said No. two connectors is provided with No. two left side and No. two right edge, forms No. two draw-in grooves between these No. two left side and No. two right edge; The back side of said No. three connectors is provided with No. three left side and No. three right edge, forms No. three draw-in grooves between these No. three left side and No. three right edge.
The utility model compared with prior art; Have the following advantages and effect: the function that just can realize hang ceiling panel height layering installation is installed at the high end that need not to change main joist or triangle keel; And can make the hang ceiling panel of different high and low positions combine quite attractive in appearance; The fovea superior zone that between triangle keel and No. two triangle keel, forms can be rectangle or foursquare concave inward structure, helps improving the overall quality of integrated furred ceiling.The utility model hangs the layering of face height except realizing panel, and other ornament can also be installed in a plane, like pendent lamp etc.
Double-deck suspension hook is simple in structure in the utility model; Reasonable in design; Upper strata triangle keel cross-under is in the keel hole, and lower floor's triangle keel cross-under is in the keel draw-in groove, thus the purpose that the layering of realization triangle keel height is installed; Guarantee that simultaneously lower floor's keel that layering is installed have good uniformity, help improving the aesthetics of whole layering furred ceiling.
Triangle keel in the utility model in the integrated furred ceiling can be connected in a draw-in groove of cross connector, No. two draw-in grooves, No. three draw-in grooves and No. four draw-in grooves; Making the triangle keel in same plane, to interlock arranges; On the one hand; Installed surface between hang ceiling panel or ceiling appliance and the triangle keel is increased, help strengthening the intensity that the fixed ceilings panel is perhaps installed other ceiling appliances, especially be convenient to hang ceiling panel that weight is heavier or ceiling appliance and be installed on the triangle keel; Reduce the workload in the installation process, improved the security performance of integrated furred ceiling; On the other hand; Because the triangle keel can be realized staggered arranging in same plane; Can make the structure and design variation more of integrated furred ceiling; The style structure or the design effect that help integrated furred ceiling are able to implement easily and install, and strengthen the effect of integrated furred ceiling aspect decoration, help promoting the development of integrated furred ceiling industry.
The utility model simple in structure, reasonable in design, easy for installation can realize that the layering of hang ceiling panel height installs, and helps promoting integrated furred ceiling industry better development.
Description of drawings
Fig. 1 is the structural representation that is used for the integrated furred ceiling of hang ceiling panel layering installation among the utility model embodiment.
Fig. 2 is the cross-sectional view of A-A face among Fig. 1.
Fig. 3 is the cross-sectional view of B-B face among Fig. 1.
Fig. 4 is the cross-sectional view of C-C face among Fig. 1.
Fig. 5 is the cross-sectional view of D-D face among Fig. 1.
Fig. 6 is the structural representation in the fovea superior zone that forms between triangle keel and No. two triangle keel among the utility model embodiment.
Fig. 7 is the structural representation in the fovea superior zone be made up of upper strata triangle keel, triangle keel, No. two upper strata triangle keel and No. two triangle keel among the utility model embodiment.
Fig. 8 is the structural representation that has the last deck panels on horizontal clamping limit among the utility model embodiment.
Fig. 9 is the structural representation of double-deck suspension hook among the utility model embodiment.
Figure 10 is that the double-deck suspension hook among the utility model embodiment is installed in the structural representation on upper strata triangle keel and the lower floor's triangle keel.
Figure 11 be among the utility model embodiment double-deck suspension hook be installed in the structural representation on the integrated furred ceiling.
Figure 12 is the structure for amplifying sketch map that connects among the utility model embodiment between clamp and the frame.
Figure 13 is that the master of frame among the utility model embodiment looks the structure for amplifying sketch map.
Figure 14 is the three-dimensional structure for amplifying sketch map of frame among the utility model embodiment.
Figure 15 is the structural representation after amplify at the C place among Figure 14.
Figure 16 is that the master who connects clamp among the utility model embodiment looks the structure for amplifying sketch map.
Figure 17 is the left TV structure sketch map of Figure 16.
Figure 18 is the three-dimensional structure for amplifying sketch map that connects clamp among the utility model embodiment.
Figure 19 is the structural representation after amplify at the A place among Figure 17.
Figure 20 is the structural representation after amplify at the B place among Figure 18.
Figure 21 is that connection clamp and the frame among the utility model embodiment is installed in the structural representation in the integrated furred ceiling.
Figure 22 is the structural representation after amplify at the D place among Figure 21.
Figure 23 is that the master of cross connector among the utility model embodiment looks the structure for amplifying sketch map.
Figure 24 is the backsight structural representation of Figure 23.
Figure 25 is the left TV structure sketch map of Figure 23.
Figure 26 is the right TV structure sketch map of Figure 23.
Figure 27 is the plan structure sketch map of Figure 23.
Figure 28 is the structural representation of looking up of Figure 23.
Figure 29 is the structural representation of cross connector after being installed on the integrated furred ceiling among the utility model embodiment.
Figure 30 is the structural representation after amplify at the E place among Fig. 2.
Figure 31 is the structural representation after amplify at the F place among Fig. 3.
The specific embodiment
Below in conjunction with accompanying drawing and through embodiment the utility model is done further to specify, following examples are to the explanation of the utility model and the utility model is not limited to following examples.
Embodiment.
Referring to Fig. 1 to Figure 31, be used in the present embodiment integrated furred ceiling that the hang ceiling panel layering installs comprise deck panels 31 on several main joist 1, several upper stratas triangle keel 21, several lower floors triangle keel 22, the several piece, several piece lower floor panel 32, triangle keel 41, No. two triangle keel 42, several double-deck suspension hooks 5, four connect clamp 6, four frames 7 and several cross connectors 8.
Double-deck suspension hook 5 in the present embodiment comprises double-deck suspension hook body 51, and this bilayer suspension hook body 51 is a stainless steel.The top of double-deck suspension hook body 51 is provided with keel hole 52 in the present embodiment, and the left side in keel hole 52 and right side are respectively arranged with left mating groove 521 and right mating groove 522, and this left side mating groove 521 and right mating groove 522 are all near the top in keel hole 52.Keel hole 52 in the present embodiment is an inverted trapezoidal structure.The bottom of double-deck suspension hook body 51 is provided with keel draw-in groove 53 in the present embodiment, and the left side of keel draw-in groove 53 and right side are respectively arranged with left support slot 531 and right support slot 532.Left side support slot 531 and right support slot 532 are all near the top of keel draw-in groove 53.Keel draw-in groove 53 in the present embodiment be positioned at keel hole 52 under.
Gusset plate holddown groove 65 in the present embodiment is fixed on the bottom of clamp body 61, and this gusset plate holddown groove 65 is positioned at the opposite side of clamp body 61.Connection clamp 6 in the present embodiment adopts gusset plate and securing member to fix through gusset plate holddown groove 65 in use, helps increasing firmness, makes that especially the connection that is positioned at the corner is more firm; The employing same structure links together and realizes that the cooperation of the connection clamp 6 that corner connects is tightr, can not produce the slit between the suspended ceiling pinch plate.
A convex tendon 66 in the present embodiment is fixed on a side of clamp body 61, and this convex tendon 66 is positioned at the below of horizontal press strip 63.No. two convex tendons 67 in the present embodiment are fixed on a side of clamp body 61, and these No. two convex tendons 67 are positioned at the below of horizontal press strip 63.A convex tendon 66 in the present embodiment is positioned at the top of No. two convex tendons 67.
Keel in the present embodiment support the top that shoulder 68 is fixed on clamp body 61, and these keel support the opposite side that shoulder 68 is positioned at clamp body 61.These keel support the balance that shoulder 68 can either keep connecting clamp 6, can limit the upper-lower position relation that connects clamp 6 again, are convenient to connect the installation of clamp 6, help guaranteeing that the installation of hang ceiling panel is more smooth.Keel in the present embodiment support shoulder 68 and flush with horizontal press strip 63, and in fact, the horizontal press strip 63 in the present embodiment also can play the effect that similar keel support shoulder 68 to a certain extent.
The position of the bottom of the bottom of the top of the top of said clamp body 61, clamp body 61, clamp body 61 and clamp body 61 in the utility model; It will be apparent to those skilled in the art that; Belong to common practise, so locate no longer above-mentioned position relation to be detailed.
The top of frame 7 is provided with horizontal mounting plane 71 in the utility model, and the bottom of this frame 7 is provided with perpendicular mounting plane 72.A side of a side of frame 7 and clamp body 61 is fixed in the present embodiment, and horizontal mounting plane 71 cooperates with horizontal press strip 63, forms horizontal mounting groove 91 between this horizontal mounting plane 71 and the horizontal press strip 63; Perpendicular mounting plane 72 cooperates with perpendicular press strip 64, forms perpendicular mounting groove 92 between this perpendicular mounting plane 72 and the perpendicular press strip 64.
Be provided with a groove 75 and No. two grooves 76 in the frame 7 of present embodiment; This groove 75 and No. two grooves 76 match with a convex tendon 66 and No. two convex tendons 67 respectively; Convex tendon 66 is connected in groove 75, and No. two convex tendons 67 are connected in No. two grooves 76.
A side of frame 7 is provided with stressed step 73 in the present embodiment, and the bottom that connects clamp 6 withstands on the stressed step 73, makes that the integral body of panel layering mounting structure is more firm.A side of frame 7 is provided with holddown groove 74 in the present embodiment, and this frame 7 can be fixed on a side of clamp body 61 through screw, and the screw cross-under that is used for fixing is in holddown groove 74.
Be provided with gusset plate mounting groove 77 in the frame 7 of present embodiment; Frame 7 in the present embodiment in use; Adopt gusset plate and securing member to fix, help increasing firmness, make that especially the connection that is positioned at the corner is more firm through gusset plate mounting groove 77; The employing same structure links together and realizes that the cooperation of the frame 7 that corner connects is tightr, can not produce the slit between the suspended ceiling pinch plate.
The back side of a connector 81 is provided with a left side 811 and a right edge 812 in the present embodiment cross connector 8; Form a draw-in groove 813 between this left side 811 and a right edge 812; The bottom surface angulation of left side 811 and a right edge 812 and a draw-in groove 813 is acute angle; The angle of this acute angle is 70 degree, and the angle of this acute angle is usually between 60 degree-80 degree in the utility model.The back side of No. two connectors 82 is provided with No. two left side 821 and No. two right edge 822 in the present embodiment; Form No. two draw-in grooves 823 between these No. two left side 821 and No. two right edge 822; The bottom surface angulation of No. two left side 821 and No. two right edge 822 and No. two draw-in grooves 823 is acute angle; The angle of this acute angle is 70 degree, and the angle of this acute angle is usually between 60 degree-80 degree in the utility model.The back side of No. three connectors 83 is provided with No. three left side 831 and No. three right edge 832 in the present embodiment; Form No. three draw-in grooves 833 between these No. three left side 831 and No. three right edge 832; The bottom surface angulation of No. three left side 831 and No. three right edge 832 and No. three draw-in grooves 833 is acute angle; The angle of this acute angle is 70 degree, and the angle of this acute angle is usually between 60 degree-80 degree in the utility model.The back side of No. four connectors 84 is provided with No. four left side 841 and No. four right edge 842 in the present embodiment; Form No. four draw-in grooves 843 between these No. four left side 841 and No. four right edge 842; The bottom surface angulation of No. four left side 841 and No. four right edge 842 and No. four draw-in grooves 843 is acute angle; The angle of this acute angle is 70 degree, and the angle of this acute angle is usually between 60 degree-80 degree in the utility model.
Be provided with strengthening groove on connector body 85 in present embodiment cross connector 8, connector 81, No. two connectors 82, No. three connectors 83 and No. four connectors 84, help strengthening the intensity of cross connector 8.
Be parallel to each other between several main joists 1 in the present embodiment, several upper stratas triangle keel 21 all are installed in main joist 1 below through suspension hook, and these several upper stratas triangle keel 21 are all vertical with main joist 1.
Triangle keel 41 and No. two triangle keel 42 in the present embodiment all are installed on the upper strata triangle keel 21 through cross connector 8; Promptly triangle keel 41 and No. two triangle keel 42 are installed on several upper stratas triangle keel 21; Form fovea superior zone u between these triangle keel 41 and No. two triangle keel 42; Like Fig. 6 and shown in Figure 7; Fovea superior in present embodiment zone u is a rectangular configuration, and the upper end of the upper end of triangle keel 41 and No. two triangle keel 42 all withstands on upper strata triangle keel 21a in the present embodiment, and the lower end of the lower end of these triangle keel 41 and No. two triangle keel 42 all withstands on No. two upper strata triangle keel 21b.The border of the fovea superior zone u that forms between said triangle keel 41 and No. two triangle keel 42 in the utility model is made up of four parts; This four part is respectively the line between the lower end of lower end and No. two triangle keel 42 of line and triangle keel 41 between the upper end of upper end and No. two triangle keel 42 of triangle keel 41, No. two triangle keel 42, triangle keel 41; The upper end of triangle keel 41 in the present embodiment and the upper end of No. two triangle keel 42 all withstand on upper strata triangle keel 21a, make that line and the upper strata triangle keel 21a between the upper end of upper end and No. two triangle keel 42 of triangle keel 41 is overlapping; And the lower end of the lower end of triangle keel 41 and No. two triangle keel 42 all withstands on No. two upper strata triangle keel 21b; Make that line and No. two upper strata triangle keel 21b between the lower end of lower end and No. two triangle keel 42 of triangle keel 41 are overlapping, make the border of the fovea superior zone u in the present embodiment form thus by upper strata triangle keel 21a, triangle keel 41, No. two upper strata triangle keel 21b and No. two triangle keel 42.Generally; The upper end of the upper end of triangle keel 41 and No. two triangle keel 42 is all to withstand on upper strata triangle keel 21a in the utility model, and the lower end of the lower end of these triangle keel 41 and No. two triangle keel 42 is all to withstand on No. two upper strata triangle keel 21b.
Present embodiment connects card article 62 in the clamp 6 and is connected on a upper strata triangle keel 21a surrounding fovea superior zone u, triangle keel 41, No. two upper strata triangle keel 21b and No. two triangle keel 42; That is to say that it is to be connected on the triangle keel 41 that surround fovea superior zone u, No. two triangle keel 42 and the upper strata triangle keel 21 that present embodiment connects card article 62 in the clamp 6, thus make connect clamp 6 also surround a shape and size all with an identical rectangular configuration of the regional u of fovea superior.Perpendicular press strip 64 in the present embodiment is positioned at the top of upper strata triangle keel 21, the fovea superior structure thereby feasible connection clamp 6 forms a circle, and the top that promptly connects clamp 6 is positioned at the top of upper strata triangle keel 21.
A side of a side of frame 7 and clamp body 61 is fixed in the present embodiment; Horizontal mounting plane 71 cooperates with horizontal press strip 63; Form horizontal mounting groove 91 between this horizontal mounting plane 71 and the horizontal press strip 63; Perpendicular mounting plane 72 cooperates with perpendicular press strip 64, forms perpendicular mounting groove 92 between this perpendicular mounting plane 72 and the perpendicular press strip 64.
Lower floor's triangle keel 22 in the present embodiment are installed in triangle keel 21 belows, upper strata through double-deck suspension hook 5, and upper strata triangle keel 21 cross-under are in keel hole 52, and lower floor's triangle keel 22 cross-under are in keel draw-in groove 53.Lower floor's triangle keel 22 in the present embodiment are positioned at outside the u of fovea superior zone, and lower floor's panel 32 is connected in perpendicular mounting groove 92 and the lower floor's triangle keel 22.Last deck panels 31 in the present embodiment is connected to horizontal mounting groove 91 and the upper strata triangle keel 21 that are arranged in fovea superior zone u; The side that this last deck panels 31 is connected in the horizontal mounting groove 91 is provided with horizontal clamping limit 311, makes horizontal clamping limit 311 can snap fit onto in the horizontal mounting groove 91.Circle that the utility model is arranged in fovea superior zone u outermost is gone up deck panels 31 and is had at least a limit to be mounted in horizontal mounting groove 91; This circle that is arranged in fovea superior zone u outermost is gone up deck panels 31; Be installed in and be horizontal clamping limit 311 in the horizontal mounting groove 91; This horizontal clamping limit 311 is a transversary; Can laterally snap in the horizontal mounting groove 91 between horizontal mounting plane 71 and the horizontal press strip 63; The last deck panels 31 that is not distributed in fovea superior zone u outermost in the present embodiment directly is connected in the upper strata triangle keel 21, and these are not to be distributed in the last deck panels 31 of the regional u outermost of fovea superior all to need not to be provided with horizontal clamping limit 311, directly buckle the limit through panel and just can be connected in the upper strata triangle keel 21.Horizontal clamping limit 311 on the utility model in the deck panels 31 is meant that the limit that deck panels 31 need be installed in the horizontal mounting groove 91 is horizontal edge structure; The limit that promptly is used for snapping fit onto horizontal mounting groove 91 is a transversary, and this horizontal clamping limit 311 flushes with the plate face of last deck panels 31.
Integrated furred ceiling in the present embodiment forms the fovea superior structure, makes lower leaf on the furred ceiling to flush between the lower floor's panel 32 in the present embodiment each other; Also flush each other between the last deck panels 31; And the position of last deck panels 31 is higher than the position of lower floor's panel 32, and the last deck panels 31 in the promptly integrated furred ceiling is protruding upward, when integrated furred ceiling user sees from the bottom up; Integrated furred ceiling forms the structure of fovea superior, can be provided with a plurality of fovea superiors zone u in the integrated furred ceiling of the utility model according to actual needs.Because last deck panels 31 forms the fovea superior structure, can satisfy the requirement of different user, for example can strengthen integrated furred ceiling third dimension, can make full use of the interior space, other ceiling appliances etc. can be installed in the fovea superior structure.
In addition, need to prove, the specific embodiment described in this manual, its zero, the shape of parts, institute's title of being named etc. can be different, the above content described in this manual only is to be illustrated what the utility model structure did.Allly conceive the equivalence that described structure, characteristic and principle do according to the utility model patent and change or simple change, include in the protection domain of the utility model patent.The utility model person of ordinary skill in the field can make various modifications or replenishes or adopt similar mode to substitute described specific embodiment; Only otherwise depart from the structure of the utility model or surmount the defined scope of these claims, all should belong to the protection domain of the utility model.
Claims (10)
1. one kind is used for the integrated furred ceiling that the hang ceiling panel layering is installed; Comprise several main joists and several upper stratas triangle keel; Be parallel to each other between said several main joist; Said several upper stratas triangle keel are installed in main joist below, and these several upper stratas triangle keel are all vertical with main joist, it is characterized in that: also comprise deck panels, lower floor's panel, triangle keel, No. two triangle keel, connection clamp, frame and several lower floors triangle keel; Said triangle keel and No. two triangle keel are installed on the triangle keel of several upper stratas, form the fovea superior zone between these triangle keel and No. two triangle keel; Said connection clamp comprises clamp body, card article, horizontal press strip and perpendicular press strip; Said card article is fixed on the top of clamp body, and said horizontal press strip is fixed on the clamp upper part of body, and this horizontal press strip is positioned at a side of clamp body; Said horizontal press strip is transversary; Said perpendicular press strip is fixed on the bottom of clamp body, and this perpendicular press strip is vertical structure, and said card article is connected on triangle keel surrounding fovea superior zone, No. two triangle keel and the upper strata triangle keel; The said connection clamp fovea superior structure that forms a circle, said perpendicular press strip is positioned at the top of upper strata triangle keel; The top of said frame is provided with horizontal mounting plane; The bottom of this frame is provided with perpendicular mounting plane; One side of said frame and a side of clamp body are fixed, and said horizontal mounting plane and horizontal press strip cooperate, and form horizontal mounting groove between this horizontal mounting plane and the horizontal press strip; Said perpendicular mounting plane and perpendicular press strip cooperate, and form perpendicular mounting groove between this perpendicular mounting plane and the perpendicular press strip; Said lower floor triangle keel are installed in triangle keel below, upper strata, and this lower floor's delta queue position of bone is outside the fovea superior zone, and said subsurface integrated circuit board is connected in perpendicular mounting groove and the lower floor's triangle keel; The said deck panels that goes up is connected to horizontal mounting groove and the upper strata triangle keel that are arranged in the fovea superior zone, and the side that deck panels is connected in the horizontal mounting groove on this is provided with horizontal clamping limit.
2. the integrated furred ceiling that is used for hang ceiling panel layering installation according to claim 1, it is characterized in that: said triangle keel and No. two triangle keel all flush with upper strata triangle keel.
3. the integrated furred ceiling that is used for hang ceiling panel layering installation according to claim 1, it is characterized in that: said triangle keel are parallel with No. two triangle keel, and these triangle keel is all vertical with upper strata triangle keel with No. two triangle keel.
4. according to claim 1 or the 2 or 3 described integrated furred ceilings that are used for hang ceiling panel layering installation; It is characterized in that: also comprise double-deck suspension hook; Said double-deck suspension hook comprises double-deck suspension hook body; Said double-deck suspension hook upper part of body is provided with the keel hole, and the bottom of this bilayer suspension hook body is provided with the keel draw-in groove; Said lower floor triangle keel are installed in triangle keel below, upper strata through double-deck suspension hook, and the triangle keel cross-under of said upper strata is in the keel hole, and the triangle keel cross-under of said lower floor is in the keel draw-in groove.
5. according to claim 1 or the 2 or 3 described integrated furred ceilings that are used for hang ceiling panel layering installation; It is characterized in that: also comprise the cross connector; Said cross connector comprises connector body, a connector, No. two connectors and No. three connectors, and a said connector, No. two connectors and No. three connectors all are fixed on the connector body; The back side of a said connector is provided with draw-in groove No. one, and the back side of said No. two connectors is provided with draw-in groove No. two, and the back side of said No. three connectors is provided with draw-in groove No. three, and a said draw-in groove, No. two draw-in grooves and No. three draw-in grooves form " T " font structure; Said triangle keel and No. two triangle keel all are installed on the triangle keel of upper strata through the cross connector.
6. according to claim 1 or the 2 or 3 described integrated furred ceilings that are used for hang ceiling panel layering installation, it is characterized in that: horizontal press strip and perpendicular press strip in the said connection clamp are arcuate structure.
7. according to claim 1 or the 2 or 3 described integrated furred ceilings that are used for hang ceiling panel layering installation; It is characterized in that: said connection clamp comprises that also gusset plate holddown groove and keel support shoulder; Said gusset plate holddown groove is fixed on the bottom of clamp body, and this gusset plate holddown groove is positioned at the opposite side of clamp body; Said keel support shoulder and are fixed on the clamp upper part of body, and these keel support the opposite side that shoulder is positioned at the clamp body.
8. according to claim 1 or the 2 or 3 described integrated furred ceilings that are used for hang ceiling panel layering installation; It is characterized in that: said connection clamp also comprises a convex tendon and No. two convex tendons; A said convex tendon is fixed on a side of clamp body; This convex tendon is positioned at the below of horizontal press strip, is provided with groove in the said frame No. one, and a said convex tendon is connected in groove; Said No. two convex tendons are fixed on a side of clamp body, and these No. two convex tendons are positioned at the below of horizontal press strip, are provided with groove in the said frame No. two, and said No. two convex tendons are connected in No. two grooves.
9. the integrated furred ceiling that is used for hang ceiling panel layering installation according to claim 5; It is characterized in that: said cross connector also comprises connector No. four; Said No. four connectors are fixed on the connector body; The back side of these No. four connectors is provided with draw-in groove No. four, and a said draw-in groove, No. two draw-in grooves, No. three draw-in grooves and No. four draw-in grooves form " ten " font structure.
10. the integrated furred ceiling that is used for hang ceiling panel layering installation according to claim 5; It is characterized in that: the back side of a connector is provided with a left side and a right edge in the said cross connector, forms a draw-in groove between this left side and a right edge; The back side of said No. two connectors is provided with No. two left side and No. two right edge, forms No. two draw-in grooves between these No. two left side and No. two right edge; The back side of said No. three connectors is provided with No. three left side and No. three right edge, forms No. three draw-in grooves between these No. three left side and No. three right edge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204628647U CN202390992U (en) | 2011-11-21 | 2011-11-21 | Integrated suspended ceiling for layered installation of suspended ceiling panel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204628647U CN202390992U (en) | 2011-11-21 | 2011-11-21 | Integrated suspended ceiling for layered installation of suspended ceiling panel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202390992U true CN202390992U (en) | 2012-08-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204628647U Expired - Fee Related CN202390992U (en) | 2011-11-21 | 2011-11-21 | Integrated suspended ceiling for layered installation of suspended ceiling panel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202390992U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102400514A (en) * | 2011-11-21 | 2012-04-04 | 海盐法狮龙建材科技有限公司 | Integrated ceiling formed by installing ceiling panels in layered mode |
-
2011
- 2011-11-21 CN CN2011204628647U patent/CN202390992U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102400514A (en) * | 2011-11-21 | 2012-04-04 | 海盐法狮龙建材科技有限公司 | Integrated ceiling formed by installing ceiling panels in layered mode |
| CN102400514B (en) * | 2011-11-21 | 2014-02-05 | 海盐法狮龙建材科技有限公司 | Integrated ceiling formed by installing ceiling panels in layered mode |
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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: 20120822 Termination date: 20121121 |