CN202125059U - Integrated piece of terminals of building function equipment - Google Patents
Integrated piece of terminals of building function equipment Download PDFInfo
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- CN202125059U CN202125059U CN2011201334514U CN201120133451U CN202125059U CN 202125059 U CN202125059 U CN 202125059U CN 2011201334514 U CN2011201334514 U CN 2011201334514U CN 201120133451 U CN201120133451 U CN 201120133451U CN 202125059 U CN202125059 U CN 202125059U
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- side plate
- functional device
- terminal
- biside plate
- connecting elements
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Abstract
The utility model relates to an integrated piece of terminals of building function equipment, which comprises two symmetrical side plates which are arranged in parallel. The two side plates are made of section bars and are connected through a plurality of connecting members. The terminals of the building function equipment are contained between the two side plates and integrated into a body, and the terminals of building function equipment are towards the external part. The integrated piece is fixedly installed at a building. The length of the two side plates can be cut according to the size and number of the terminals of the building function equipment, meanwhile the space between the two side plates can be adjusted during installation, and therefore the integrated piece is not limited by length, width and height and is convenient for installation, design and construction. The integrated piece is simple, attractive and practical in structure.
Description
[technical field]
The utility model belongs to the building decoration technology field, particularly a kind of integration member with the integrated installation of terminal of building functional device.
[background technology]
At present; The function device terminal of architectural construction is a feast for the eyes; Smoke detector of using like lighting apparatus, air conditioning air outlet, fire-fighting and drencher head, alarm buzzer, monitoring probe, camera, HVAC, access hole, wireless coverage etc. are requisite functional devices in the building like lighting apparatus; The building of central air-conditioning is installed, the indoor air port of all need turning on the aircondition; In indoor ceiling structure, generally all have access hole; To some building place, like the supermarket, smoke detector that fire-fighting uses and drencher head, alarm buzzer, monitoring probe are installed also, shooting is first-class; In the tunnel, subway station, cross places such as street passage, river-crossing tunnel and also have and above-mentioned similar function device terminal.
With regard to conventional art, above-mentioned many terminal of building functional device all are independent the installations, and the terminal of these building functional devices all is revealed in the architectural construction outside.Like lighting device, it comprises luminous body, lamp bracket, and lamp bracket is fixedly installed in architectural construction, and luminous body and power supply electrically connect, and luminous body also links with control circuit, constitutes a lighting device jointly.As the building of central air-conditioning is housed, its place, indoor air port also need adorn the ventilation guard shield in addition.As smoke detector that fire-fighting uses and drencher head, alarm buzzer, monitoring probe, the first-class function device of shooting terminal are installed, also must the independent assembling member supporting with it.
Because the terminal of above-mentioned many building functional devices all is independent the installation; And the terminal of these building functional devices all is revealed in outside the architectural construction; This is as far as building structure; There is many defectives: the parts of various terminal of building functional device are scattered and in disorder, and structure is intricate, have a strong impact on overall structure and clean and tidy, the aesthetics of building; In addition, the assembling of various terminal of building functional device, maintenance be trouble also.For solving this technical problem, the applicant has proposed the integrated belt of many moneys with the integrated installation of terminal of building functional device, is accepted by State Intellectual Property Office or authorizes.Existing applicant proposes another kind of technical scheme and solves aforementioned technical problem.
[utility model content]
The utility model discloses a kind of integration member of terminal of building functional device; It makes building structure neat, orderly, succinct smoke detector or drencher head/alarm buzzer/loudspeaker/monitoring probe/wireless coverage/camera/HVAC/integrated installations such as access hole/air-conditioner air vent that the terminal such as the lighting device/fire-fighting of at least one building functional device are used.
For reaching above-mentioned technical purpose; The utility model is taked following technical scheme: the integration member of terminal of building functional device, comprise the side plate of two symmetrical and parallel layings, and side plate is processed by section bar; Biside plate links to each other through several connecting elementss; Ccontaining terminal of building functional device between biside plate is integrated in one described terminal of building functional device, and terminal of building functional device is towards the outside; Described integration member is fixedly installed in building.
Preferably, connecting elements articulates described side plate.
Preferably, the side plate outer wall forms the first relative up and down raised line, second raised line along its length, forms first slideway, second slideway between first raised line, second raised line and side plate outer wall respectively; The inwall of said connecting elements forms the upwards hook portion of bending, and this hook portion clasp joint is in first slideway of side plate outer wall; Described connecting elements is provided with rotatable lamella, and this rotatable lamella can be swung down to second slideway that inserts the side plate outer wall.
Preferably, installation panel between biside plate, the described terminal of building functional device of assembling on the panel.
Preferably, biside plate articulates through a fastener and panel respectively.
Preferably, two edges of panel are put respectively on described biside plate.
Preferably, establish the light groove processed by section bar between biside plate, the light groove forms the untight district that holds, and holds dress luminous body in the district, and the throw light directive of luminous body is outside, and described biside plate articulates described smooth groove through a fastener respectively.
Preferably, establish the light groove processed by section bar between biside plate, the light groove forms the untight district that holds, and holds dress luminous body in the district, and the throw light directive of luminous body is outside, and two edges of light groove are put respectively on described biside plate.
Preferably, establish the light groove processed by section bar between biside plate, the light groove forms the untight district that holds, and holds dress luminous body in the district, and the light groove is lifted on the described connecting elements; Installation panel between biside plate, punching on the panel, the punching place grill cover of packing into; It is outside that described luminous body throw light sees through the grill cover directive.
Preferably, two edges of panel are an affixed suspension member respectively, and described biside plate articulates described suspension member through a fastener respectively.
Preferably, biside plate articulates two edges of a mixed flow member respectively through a fastener, and the mixed flow member is installed the air port blade, and the air port blade pass is crossed the space and outside perforation that the mixed flow member leaves;
Preferably, shelve a mixed flow member between biside plate, the mixed flow member is installed the air port blade, and the air port blade pass is crossed the space and outside perforation that the mixed flow member leaves.
Preferably, grid device is set between biside plate, described biside plate articulates two edges of a grid device respectively through a fastener.
Preferably, grid device is set between biside plate, described grid device is held on biside plate.
Preferably, the described terminal of building functional device of assembling on the connecting elements.
The integration member of the utility model terminal of building functional device can be installed in many building structure; Like places such as architecture indoor, subway platform, tunnel, mistake street passage, river-crossing tunnels; Like residential building, commercial building, supermarket, station etc.; It is according to the demand in building place; With smoke detector or the drencher head/alarm buzzer/loudspeaker/monitoring probe/air-conditioner air vent/camera/HVAC/integrated assemblings such as access hole/wireless coverage that terminal of building functional device such as lighting device/fire-fighting are used, merge as key lighting/pair illumination (attractive in appearance)/fire-fighting/alarm/monitoring/air conditioner ventilation/shooting/HVAC/functions such as maintenance, make building structure neatly, succinctly, orderly.
The length that the utility model can come the intercepting biside plate according to the size and the quantity of the terminal of building functional device that is assembled; Can adjust the spacing of biside plate when installing simultaneously; Thereby the integration member of the utility model is limit for length, non-limit for width, limit for height not; Be convenient to install, design, construct, it is simple for structure, attractive in appearance, practical.
[description of drawings]
Fig. 1 is the assembling drawing of embodiment 1 biside plate and connecting elements.
Fig. 2 is the three-dimensional exploded view of embodiment 1 connecting elements and slide plate.
Fig. 3 is the front view of embodiment 1 connecting elements and slide plate.
Fig. 4 is the vertical view of embodiment 1 connecting elements and slide plate.
Fig. 5 is the left view of embodiment 1 connecting elements and slide plate.
Fig. 6 is the front view of embodiment 1 slide plate.
Fig. 7 is the structure chart of embodiment 1.
Fig. 8 is the exploded enlarged drawing of embodiment 1.
Fig. 9 is the structure chart of embodiment 2.
Figure 10 is the exploded enlarged drawing of embodiment 2.
Figure 11 is the front view of suspension member.
Figure 12 is the structure chart of embodiment 3.
Figure 13 is the structure chart of embodiment 4.
Figure 14 is the structure chart of embodiment 5.
Figure 15 is the structure chart of embodiment 6.
Figure 16 is the structure chart of embodiment 7.
Figure 17 is the structure chart of embodiment 8.
Figure 18 is the structure chart of embodiment 9.
Figure 19 is the structure chart of suspender member.
Figure 20 is the structure chart of embodiment 10.
Figure 21 is the structure chart of embodiment 11.
Figure 22 is the structure chart of embodiment 12.
Figure 23 is the structure chart of embodiment 13.
Figure 24 is the structure chart of embodiment 14.
Figure 25 is the structure chart of embodiment 15.
Figure 26 is the structure chart of embodiment 16.
Figure 27 is the structure chart of embodiment 17.
Figure 28 is the structure chart of embodiment 18.
Figure 29 is the exploded enlarged drawing of embodiment 18.
Figure 30 is the front view of another kind of connecting elements and slide plate.
Figure 31 is the structure chart of embodiment 19.
Figure 32 is the structure chart of embodiment 20.
Figure 33 is the structure chart of embodiment 21.
Figure 34 is the structure chart of embodiment 22.
Figure 35 is the structure chart of embodiment 23.
Figure 36 is the structure chart of embodiment 24.
Figure 37 is the structure chart of embodiment 25.
Figure 38 is the structure chart of embodiment 26.
Figure 39 is the structure chart of embodiment 27.
Figure 40 is the front view of the third connecting elements.
Figure 41 is the lateral view of the third connecting elements.
Figure 42 is the vertical view of the third connecting elements.
Figure 43 is the structure chart of embodiment 28.
Figure 44 is the local amplification decomposition figure of Figure 43.
Figure 45 is the structure chart of embodiment 29.
Figure 46 is the structure chart of embodiment 30.
Figure 47 is the structure chart of embodiment 31.
Figure 48 is the structure chart of embodiment 32.
Figure 49 is the structure chart of embodiment 33.
Figure 50 is the structure chart of embodiment 34.
Figure 51 is the structure chart of embodiment 35.
Figure 52 is the structure chart of embodiment 36.
Figure 53 is the structure chart of embodiment 37.
Figure 54 is the structure chart of embodiment 38.
Figure 55 is the structure chart of embodiment 39.
Figure 56 is the structure chart of embodiment 40.
Figure 57 is the structure chart of embodiment 41.
Figure 58 is the structure chart of embodiment 42.
Figure 59 is the structure chart of embodiment 43.
Figure 60 is the structure chart of embodiment 44.
The structure chart of Figure 61 spare embodiment 45.
The structure chart of Figure 62 spare embodiment 46.
Figure 63 is the structure chart of embodiment 47.
Figure 64 is the structure chart of embodiment 48.
Figure 65 is the structure chart of embodiment 49.
Figure 66 is the structure chart of embodiment 50.
Figure 67 is the structure chart of embodiment 51.
Figure 68 is the structure chart of embodiment 52.
Figure 69 is the structure chart of embodiment 53.
Figure 70 is the structure chart of embodiment 54.
Figure 71 is the structure chart of embodiment 55.
Figure 72 is the structure chart of embodiment 56.
Figure 73 is the structure chart of embodiment 57.
Figure 74 is the structure chart of embodiment 58.
Figure 75 is the structure chart of embodiment 59.
Figure 76 is the structure chart of embodiment 60.
Figure 77 is the front view of the 4th kind of connecting elements.
Figure 78 is the lateral view of the 4th kind of connecting elements.
Figure 79 is the vertical view of the 4th kind of connecting elements.
Figure 80 is the structure chart of embodiment 61.
Figure 81 is the structure chart of embodiment 62.
Figure 82 is the structure chart of embodiment 63.
Figure 83 is the structure chart of embodiment 64.
Figure 84 is the structure chart of embodiment 65.
Figure 85 is the structure chart of embodiment 66.
Figure 86 is the structure chart of embodiment 67.
Figure 87 is the structure chart of embodiment 68.
Figure 88 is the structure chart of embodiment 69.
Figure 89 is the structure chart of embodiment 70.
Figure 90 is the A portion enlarged drawing of Figure 89.
Figure 91 is the structure chart of the 5th kind of connecting elements (before the rotatable lamella action).
Figure 92 is the structure chart of the 5th kind of connecting elements (after the rotatable lamella action, its lower edge down).
Figure 93 is the structure chart of the 6th kind of connecting elements (before the rotatable lamella action).
Figure 94 is the structure chart of the 6th kind of connecting elements (after the rotatable lamella action, its lower edge down).
[specific embodiment]
Below in conjunction with accompanying drawing the utility model embodiment is elaborated.
Embodiment 1: present embodiment integration member assembling air port blade.Shown in Fig. 1-8, biside plate 1 is processed by section bar, and biside plate 1 is symmetrical and parallel laying, surrounds a untight district that holds between the biside plate 1, the terminal that is used to hold building functional device.Behind the top of side plate 1 bending to the inside along its length 90 degree, bending downwards 90 is spent again, thereby this end 1-1 is state down, and the two lateral walls of this end 1-1 is downward inclined plane shape, and this relative two side forms relative arc-shaped concave 1-1A.Fastener 4 upwards forms two side 4-1, and two side 4-1 keeps a determining deviation, and the upper end of two side 4-1 forms arc convex 4-1A to offside, the suitable and clamping of the arc-shaped concave 1-1A of this arc convex 4-1A and end, side plate 1 upper edge.But a plurality of fasteners 4 of side plate 1 clamping; During assembling; The end 1-1 that fastener 4 is aimed at side plate 1 also upwards pushes away, and the arc convex 4-1A of the two side 4-1 of fastener 4 also outwards struts along the inclined-plane slip of side end 1-1, snaps in the arc-shaped concave 1-1A of side end until the arc convex 4-1A of its both sides; Fastener 4 is seated, both firm clampings.The bottom 4-1 of fastener 4 extends to form horizontal link plate 4-2 to both sides.
The lower edge 1-4 of side plate 1 is turnover 90 degree outwards; The inboard, end of the 1-4 of turnover portion forms raised line one along its length direction, thereby forms slideway 1-4A one, corresponding ground; Also form a raised line along its length direction extension in side plate 1 outer wall bottom, thereby also form slideway 1-4B one.The butt strip of suitable thickness can be inserted in the end of this two slideway 1-4A, 1-4B, is used to dock two strip side plates.The 1-4 of turnover portion of side plate 1 can be used for supporting other member of building, like suspended ceiling.
The side direction diagrammatic sketch of connecting elements 2 roughly is the U type, and a plurality of difform holes are formed at its top, is used to connect architectural construction or connects terminal of building functional device; Its sidewall is washed into a shell fragment and I-shaped hole, is used to assemble other member.
The outer wall of side plate 1 forms twice raised line 1-2A, 1-2B along its length direction, and two raised lines are again to turning down 90 degree, thereby forms corresponding twice slideway 1-3A, 1-3B up and down.
The bottom dual-side of connecting elements 2 is along forming corresponding breach 2-1, two breach snapping slide plates 3, and the dual-side of slide plate 3 colludes the 3-1 of snapping portion of shape along formation, and slide plate 3 is buckled in the breach 2-1 place of connecting elements 2 through the 3-1 of snapping portion of both sides.And behind inside bending 90 degree of the lower edge 3-2 of slide plate 3, rolling over 90 degree downwards, lower edge 3-2 inserts the glide path 1-3B of side plate 1 outer wall.The dual-side middle and upper part inwall of connecting elements 2 forms the upwards hook portion 2-2 of bending, and this hook portion 2-2 inserts the sliding way 1-3A of side plate 1 outer wall, thereby the dual-side of connecting elements 2 respectively cooperates with the biside plate sliding inserted type.During assembling, the slideway of connecting elements being aimed at side plate inserts and terminates in suitable position.According to the quantity of installation terminal of building functional device and the length of side plate, biside plate can link to each other through one, two, three, four or more multi-link member.
Side plate 1 connects support part 5 through several fasteners 4; Support part 5 is processed by section bar, and support part 5 is isometric basically with side plate 1, forms suitable two slideway 5-1A, the 5-1B of bottom link plate 4-2 with fastener 4 along its length direction; Form a slideway 5-2A after end, the upper edge bending of support part 5; Also form a raised line on the wall of its this side along its length, form slideway 5-2B between this raised line and wall, this slideway 5-2B is corresponding up and down with slideway 5-2A.One sidewall 6-1 of up and down slideway 5-2A, 5-2B grafting support 6; Whole piece support part 5 grafting multistage supports 6; Another sidewall 6-2 of support 6 is plugged in up and down slideway 7-1A, the 7-1B of corresponding support part 7; Support part 7 is processed by section bar, and its another sidewall also forms up and down slideway, and support part 7 leaves the space with the bottom of support part 5.The inwall of side plate 1 also forms chimb 1-5 along its length, and the edge of support part 5 peaks at the inwall of side plate, and top, edge contacts in the soffit of side plate chimb 1-5.
The middle part of support 6 articulates fastener 8; The middle and lower part of support 6 forms relative support limit 6-3A, 6-3B along its length, and the end of two side stay limit 6-3A, 6-3B keeps a determining deviation, and the top of fastener 8 is stretched within the support 6; Its both sides are ramped shaped, and are supported and slidably by support limit 6-3A, 6-3B.Fastener 8 bottoms are the chuck shape, 8-1 clamping air port, the bottom blade 9 of fastener 8, and the both sides, top of air port blade 9 take the form of inclined plane, and form relative recess 9-1, and recess 9-1 is sandwiched in the chuck 8-1 of fastener 8.During assembling, fastener 8 is aimed at the end of supports 6 and is inserted, after fastener 8 aimed in blade 9 upper ends in air port upwards push away, the sloped sides on its top makes the chuck 8-1 of fastener 8 bottoms strut gradually, snaps in the chuck 8-1 of fastener 8, both firm clampings until its recess 9-1.The bottom of air port blade 9 connects with extraneous through the space that support part 5 and support part 7 leave.Four air port blades 9 of present embodiment assembling, middle two air port blades 9 are supported by two adjacent support parts 7.Certainly, can increase and decrease the number of support part 7 according to the quantity of quantity air port blade 9.
Embodiment 2: shown in Fig. 9-11, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.
In the present embodiment, the dual-side of ornamental engraving plate 11 is along turning over 90 degree, the affixed suspension member 12 of side on the 11-1; One sidewall 12-1 of suspension member 12 pastes mutually with the upper overturning of ornamental engraving plate 11 and is affixed; Another sidewall 12-2 of suspension member 12 and the body phase-splitting of ornamental engraving plate 11 are pasted and are affixed, leave the gap between the body of the middle part of suspension member 12 and ornamental engraving plate 11, and the middle part of suspension member 12 forms a groove 12-3; This groove inserts the bottom of fastener 4, and the bottom link plate 4-2 of fastener 4 supports the middle part of suspension member 12.During assembling, the bottom of fastener 4 is slided in the groove that inserts suspension member 12, then fastener 4 is connected in the upper end of side plate 1.
Embodiment 3: shown in figure 12, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Embodiment 4: shown in figure 13, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Embodiment 5: structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.Shown in figure 14, the fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Cigarette sense or loudspeaker 16 are installed in panel 13 bottoms, and cigarette sense or loudspeaker 16 are towards the outside.
Embodiment 6: shown in figure 15, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Embodiment 7: shown in figure 16, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Embodiment 8: shown in figure 17, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
Embodiment 9: like Fig. 4,18, shown in 19, structure and both assembly relations of side plate 1, connecting elements 2 are identical with embodiment 1, reference implementation example 1.The fit structure of panel 13 and side plate 1 is identical with the fit structure of embodiment 2 ornamental engraving plates and side plate, reference implementation example 2.
The terminal structure that above embodiment installs single building functional device to integration member specifies; And in fact; Can be with terminal of building functional device combination in any related in the previous embodiment; Through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Embodiment 10: like Figure 20, shown in 30, the difference of itself and embodiment 1 is: the spacing of biside plate is little, only lays two air outlet blades 9 between biside plate.
Other content reference implementation example 1 of present embodiment.
Embodiment 11: like Figure 21, shown in 30, its side plate is identical with embodiment 1 with the assembly relation of connecting elements, reference implementation example 1.In the present embodiment, light groove 24 is processed by section bar, installs along the length direction of biside plate 1; It forms the untight district that holds, and holds district's opening down, dress luminous body 25 in it; Both sides, light groove 24 bottom form the hook 24-1 of outer gibbosity; It hooks together grill cover 26, and grill cover 26 is under the luminous body 25, and the light that luminous body 25 is throwed sees through grill cover 26 and shines to space outerpace.The both sides of light groove 24 form two slideway 24-2A, 24-2B along its length, stretch into the bottom link plate 4-2 of fastener 4 in two slideways, thereby light groove 24 is assembled with side plate 1.
Embodiment 12: like Figure 22, shown in 30, the difference of itself and embodiment 3 is: the spacing of biside plate is little.
Embodiment 13: like Figure 23, shown in 30, the difference of itself and embodiment 4 is: the spacing of biside plate is little.
Embodiment 14: like Figure 24, shown in 30, the difference of itself and embodiment 5 is: the spacing of biside plate is little.
Embodiment 15: like Figure 25, shown in 30, the difference of itself and embodiment 6 is: the spacing of biside plate is little.
Embodiment 16: like Figure 26, shown in 30, the difference of itself and embodiment 7 is: the spacing of biside plate is little.
Embodiment 17: like Figure 27, shown in 30, the difference of itself and embodiment 8 is: the spacing of biside plate is little.
Embodiment 18: the integration member assembling grid panel of present embodiment.Like Figure 28,29, shown in 30, connecting elements 2 is identical with embodiment 1 with the assembly relation of biside plate 1, reference implementation example 1.
In the present embodiment, grid bar 27 inner hollow outs, its cross section is bullet shaped; Several grid bar 27 parallel layings and parallel with side plate 1; Several grid bars 27 link to each other through connecting rod 28, and the affixed flange 29 in the two ends of connecting rod 28 turns over 90 degree on the edge 29-1 of flange 29; The affixed suspension member 12 of side; One sidewall 12-1 of suspension member 12 pastes mutually with the upper overturning of flange 29 and is affixed, and another sidewall 12-2 of suspension member 12 and the body phase-splitting of flange 29 are pasted and be affixed, leave the gap between the body of the middle part of suspension member 12 and flange 29.The middle part of suspension member 12 forms a groove 12-3, and this groove inserts the bottom of fastener 4, and the bottom link plate 4-2 of fastener 4 supports the middle part of suspension member 12.During assembling, the bottom of fastener 4 is slided in the groove that inserts suspension member 12, then fastener 4 is connected in the upper end of side plate 1.
Present embodiment is applicable to building air conditioning air port or access hole, and promptly the top of grid panel is over against building air conditioning air port or access hole, and building air conditioning air port or access hole connect through the grid panel and the space outerpace of hereinafter.
Each integration member specification of the foregoing description 11 to 18 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Embodiment 19: shown in figure 31, be with embodiment 10 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall middle and lower part of side plate 1.
Embodiment 20: shown in figure 32, be with embodiment 11 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 21: shown in figure 33, be with embodiment 23 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 22: shown in figure 34, be with embodiment 13 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 23: shown in figure 35, be with embodiment 14 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 24: shown in figure 36, be with embodiment 15 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 25: shown in figure 37, be with embodiment 16 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 26: shown in figure 38, be with embodiment 17 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
Embodiment 27: shown in figure 39, be with embodiment 18 differences: the downward bending part 1-1 of biside plate 1 is in its inwall middle and lower part, and corresponding chimb 1-5 also is in the inwall bottom of side plate 1.
The integration member specification of the foregoing description 19 to 27 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Figure 40-42 has shown the connecting elements 2 among a kind of embodiment of being applied to 28-60, behind inside bending 90 degree of the lower edge 2-1 of the dual-side of this U type connecting elements 2, rolls over 90 degree downwards, and the end down; The dual-side inwall of connecting elements 2 forms the upwards hook portion 2-2 of bending.The dual-side of connecting elements 2 also forms I-shaped through hole 2-3.
Embodiment 28: the integration member assembling panel 13 of present embodiment.Like Figure 43, shown in 44, biside plate 1 is processed by section bar, and biside plate 1 is symmetrical and parallel laying, surrounds a untight district that holds between the biside plate 1, the terminal that is used to hold building functional device.The outer wall of side plate 1 forms twice raised line 1-2A, 1-2B along its length direction, and two raised lines are again to turning down 90 degree, thereby forms corresponding twice slideway 1-3A, 1-3B up and down.The lower edge 2-1 of connecting elements 2 inserts the glide path 1-3B of side plate 1 outer wall, and its this hook portion 2-2 inserts the sliding way 1-3A of side plate 1 outer wall.
The upper edge 1-1 of side plate 1 is turnover 90 degree inwardly, and the upper surface of this turnover portion forms along its length and shelves groove 1-4 together.Two edges of panel 13 respectively bending for several times, its termination 13-1 is shape down, what this termination 13-1 down inserted side plate 1 shelves groove 1-4.
The I-shaped through hole 2-3 of connecting elements 2 jump ring 30 of packing into, one side the side inwall that peaks at connecting elements 2 of jump ring 30, another side peaks at the bending edges edge of panel 13.
Both assembly relations among present embodiment connecting elements and the interpleural assembly relation alternative embodiment 1-27; Otherwise the assembly relation of connecting elements and the replaceable present embodiment of interpleural assembly relation among the embodiment 1-27 no longer details.
The simple installation of present embodiment panel, and firm, stable with the assembling of biside plate.
Embodiment 29: shown in figure 45, in the present embodiment, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The integration member of present embodiment assembling grid panel, the structure reference implementation example 18 of grid panel, be with the difference of embodiment 18: in the present embodiment, its flange 29 is bent into downward shape, itself and interpleural assembly relation reference implementation routine 28.
Embodiment 30: shown in figure 46, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, the panel 13 upper mounting rail shot-lights 15 of present embodiment, and the guide rail shot-light is towards the outside.
Embodiment 31: shown in figure 47, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, and smoke detector or loudspeaker 16 are installed on the panel 13 of present embodiment, and smoke detector or loudspeaker are towards the outside.
Embodiment 32: shown in figure 48, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, and drencher head 17 is installed on the panel 13 of present embodiment, and drencher head is towards the outside.
Embodiment 33: shown in figure 49, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.Present embodiment light-passing board 13 is identical with embodiment 28 with the assembly relation of side plate.
Embodiment 34: shown in figure 50, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The structure reference implementation of present embodiment light groove example 11, both differences are: in the present embodiment, the edge of light groove is downward shape, itself and the assembly relation reference implementation routine 28 of side plate.
Embodiment 35: shown in Figure 51, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, and shot-light or Down lamp 14 are installed on the panel 13 of present embodiment, and shot-light or Down lamp are towards the outside.
Embodiment 36: shown in Figure 52, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, and LED spot light 18 is installed on the panel 13 of present embodiment, and the throw light directive of LED spot light is outside.
Embodiment 37: shown in Figure 53, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.The present embodiment panel is identical with embodiment 28 with the assembly relation of side plate, and LED line source 19 is installed on the panel 13 of present embodiment, and the throw light directive of LED line source is outside.
Embodiment 38: shown in Figure 54, its side plate is identical with embodiment 28 with structure and both assembly relations of connecting elements.Present embodiment integration member assembling mixed flow member, the structure reference implementation example 10 of mixed flow member, both differences are: the edge of mixed flow member is shape down, itself and the assembly relation reference implementation routine 28 of side plate.
The integration member specification of the foregoing description 28 to 38 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Embodiment 39: shown in Figure 55, the difference of itself and embodiment 28 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 40: shown in Figure 56, the difference of itself and embodiment 29 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 41: shown in Figure 57, the difference of itself and embodiment 30 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 42: shown in Figure 58, the difference of itself and embodiment 31 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 43: shown in Figure 59, the difference of itself and embodiment 32 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 44: shown in Figure 60, the difference of itself and embodiment 33 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 45: shown in Figure 61, the difference of itself and embodiment 34 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 46: shown in Figure 62, the difference of itself and embodiment 35 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 47: shown in Figure 63, the difference of itself and embodiment 36 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 48: shown in Figure 64, the difference of itself and embodiment 37 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
Embodiment 49: shown in Figure 65, the difference of itself and embodiment 38 is: it is shelved on the chimb that groove is formed at side plate inwall middle and upper part.
The integration member specification of the foregoing description 39 to 49 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Embodiment 50: shown in Figure 66, the difference of itself and embodiment 28 is: the height of biside plate is high.
Embodiment 51: shown in Figure 67, the difference of itself and embodiment 29 is: the height of biside plate is high.
Embodiment 52: shown in Figure 68, the difference of itself and embodiment 30 is: the height of biside plate is high.
Embodiment 53: shown in Figure 69, the difference of itself and embodiment 31 is: the height of biside plate is high.
Embodiment 54: shown in Figure 70, the difference of itself and embodiment 32 is: the height of biside plate is high.
Embodiment 55: shown in Figure 71, the difference of itself and embodiment 33 is: the height of biside plate is high.
Embodiment 56: shown in Figure 72, the difference of itself and embodiment 34 is: the height of biside plate is high.
Embodiment 57: shown in Figure 73, the difference of itself and embodiment 35 is: the height of biside plate is high.
Embodiment 58: shown in Figure 74, the difference of itself and embodiment 36 is: the height of biside plate is high.
Embodiment 59: shown in Figure 75, the difference of itself and embodiment 37 is: the height of biside plate is high.
Embodiment 60: shown in Figure 76, the difference of itself and embodiment 38 is: the height of biside plate is high.
The integration member specification of the foregoing description 50 to 60 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Figure 77,78,79 has shown the structure of the 4th kind of connecting elements, and this connecting elements is applied to embodiment 61-69.
Embodiment 61: shown in Figure 80, the difference of itself and embodiment 28 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 62: shown in Figure 81, the difference of itself and embodiment 29 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 63: shown in Figure 82, the difference of itself and embodiment 30 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 64: shown in Figure 83, the difference of itself and embodiment 31 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 65: shown in Figure 84, the difference of itself and embodiment 32 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 66: shown in Figure 85, the difference of itself and embodiment 33 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 67: shown in Figure 86, the difference of itself and embodiment 35 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 68: shown in Figure 87, the difference of itself and embodiment 36 is: the spacing of biside plate is big, and does not have jump ring.
Embodiment 69: shown in Figure 88, the difference of itself and embodiment 37 is: the spacing of biside plate is big, and does not have jump ring.
The integration member specification of the foregoing description 61 to 69 is identical, can be with terminal of building functional device combination in any related in the previous embodiment, and through the length of intercepting integration member side plate, a plurality of terminal of building functional device of integrated installation on same integration member; Perhaps, can through between the integration member side end to fetching the realization combined effect.
Embodiment 70: like Figure 89, shown in 90, in the present embodiment, slide plate 3 passes through rivet in the inwall of connecting elements 2, after the inside bending in the lower edge of slide plate 3, and bending downwards again, insert in the glide path of side plate outer wall down its end.Corresponding structure among replaceable aforementioned all embodiment of this structure no longer details.
In the present embodiment, the top of fastener 4 is up pointed, and its two lateral walls takes the form of inclined plane, and this relative two side forms relative arc-shaped concave 4-1A.The bottom 4-1 of fastener 4 extends to form horizontal link plate 4-2 to both sides.The inwall of side plate 1 forms chimb; The downward bending of this chimb, bending part forms two side 1-1, and two side 1-1 keeps a determining deviation; The bottom opposite side of two side 1-1 forms arc convex 1-1A, the suitable and clamping of the arc-shaped concave 4-1A of this arc convex 1-1A and fastener 4.But a plurality of fasteners 4 of side plate 1 clamping during assembling, are aimed at fastener 4 the chimb bending part of side plates 1 and are upwards pushed away, and snap in the arc convex 1-1A of side plate until recessed 4-1A of the arc of its both sides, and fastener 4 is seated, and both clampings are firm.This structure alternative embodiment 1-27 corresponding structure no longer details.
Figure 91,92 has shown the structure of the 5th kind of connecting elements, and the inwall bottom of this connecting elements 2 is provided with rotatable lamella 3, and one of rotatable lamella 3 is clicking section 3-1; The inwall of this clicking section and connecting elements 2 is perpendicular; Its other end is insertion section 3-2, keeps spacing between the inwall of this insertion section 3-2 and connecting elements 2, with its rotate put in place after; And insert in the glide path of side plate outer wall down the lower edge.Corresponding structure is the assembly structure of connecting elements and side plate among replaceable aforementioned all embodiment of this structure.
Figure 93,94 has shown the structure of the 6th kind of connecting elements, and the inwall of its each sidewall all is provided with two rotatable lamellas, and the structure of rotatable lamella is identical with the rotatable lamella that Figure 91,92 shows.Corresponding structure is the assembly structure of connecting elements and side plate among replaceable aforementioned all embodiment of this structure.
Can find out that from the foregoing description the utility model integration member is limit for length, non-limit for width, limit for height not, its applied widely, simple installation.
In addition, connecting elements also can be connected through modes such as riveting, be spirally connected with side sheet room.
The application of the utility model integration member is not limited by the position, like architecture indoor end face, wall, perhaps, at end face, sidewalls such as subway platform, tunnel, mistake street passage, river-crossing tunnels.The integration member of the utility model can dock each other, combination in any is used, and forms to enrich changeable assembling effect, and through butt joint, many integration members can form whole rectangular, triangle, rhombus or other irregular shape, to strengthen aesthetic.
More than the preferred embodiment of the various technical schemes of the utility model has been done detailed description; As far as those of ordinary skill in the art; The thought that provides according to the utility model; The part that on the utility model specific embodiment, range of application, all can change, and these change the protection domain that also should be regarded as the utility model.
Claims (10)
1. the integration member of a terminal of building functional device; It is characterized in that comprising the side plate of two symmetrical and parallel layings; Side plate is processed by section bar, and biside plate links to each other through several connecting elementss, ccontaining terminal of building functional device between biside plate; Described terminal of building functional device is integrated in one, and terminal of building functional device is towards the outside; Described integration member is fixedly installed in building.
2. the integration member of terminal of building functional device as claimed in claim 1, it is characterized in that: described connecting elements articulates described side plate.
3. the integration member of terminal of building functional device as claimed in claim 2; It is characterized in that: described side plate outer wall forms the first relative up and down raised line, second raised line along its length, forms first slideway, second slideway between first raised line, second raised line and side plate outer wall respectively; The inwall of said connecting elements forms the upwards hook portion of bending, and this hook portion clasp joint is in first slideway of side plate outer wall; Described connecting elements is provided with rotatable lamella, and this rotatable lamella can be swung down to second slideway that inserts the side plate outer wall.
4. like the integration member of each described terminal of building functional device of claim 1-3, it is characterized in that: installation panel between biside plate, the described terminal of building functional device of assembling on the panel.
5. the integration member of terminal of building functional device as claimed in claim 4, it is characterized in that: described biside plate articulates through a fastener and panel respectively; Perhaps, two edges of said panel are put respectively on described biside plate.
6. like the integration member of each described terminal of building functional device of claim 1-3; It is characterized in that: establish the light groove processed by section bar between biside plate; The light groove forms the untight district that holds; Hold dress luminous body in the district, the throw light directive of luminous body is outside, and described biside plate articulates described smooth groove through a fastener respectively.
7. like the integration member of each described terminal of building functional device of claim 1-3, it is characterized in that: establish the light groove processed by section bar between biside plate, the light groove forms the untight district that holds, and holds dress luminous body in the district, and the light groove is lifted on the described connecting elements; Installation panel between biside plate, punching on the panel, the punching place grill cover of packing into; It is outside that described luminous body throw light sees through the grill cover directive.
8. the integration member of terminal of building functional device as claimed in claim 4 is characterized in that: two edges of said panel are an affixed suspension member respectively, and described biside plate articulates described suspension member through a fastener respectively.
9. like the integration member of each described terminal of building functional device of claim 1-3; It is characterized in that: described biside plate articulates two edges of a mixed flow member respectively through a fastener; Perhaps; Shelve a mixed flow member between described biside plate, the mixed flow member is installed the air port blade, and the air port blade pass is crossed the space and outside perforation that the mixed flow member leaves.
10. like the integration member of each described terminal of building functional device of claim 1-3, it is characterized in that: the described terminal of building functional device of assembling on the described connecting elements.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201334514U CN202125059U (en) | 2011-04-22 | 2011-04-22 | Integrated piece of terminals of building function equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011201334514U CN202125059U (en) | 2011-04-22 | 2011-04-22 | Integrated piece of terminals of building function equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202125059U true CN202125059U (en) | 2012-01-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011201334514U Expired - Fee Related CN202125059U (en) | 2011-04-22 | 2011-04-22 | Integrated piece of terminals of building function equipment |
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| Country | Link |
|---|---|
| CN (1) | CN202125059U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102277934A (en) * | 2011-04-22 | 2011-12-14 | 徐建光 | Integration member for building function equipment terminals |
-
2011
- 2011-04-22 CN CN2011201334514U patent/CN202125059U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102277934A (en) * | 2011-04-22 | 2011-12-14 | 徐建光 | Integration member for building function equipment terminals |
| CN102277934B (en) * | 2011-04-22 | 2013-04-24 | 徐建光 | Integration member for building function equipment terminals |
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