CN105464280A - Detachable type corner suspended ceiling layer and forming method thereof - Google Patents
Detachable type corner suspended ceiling layer and forming method thereof Download PDFInfo
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- CN105464280A CN105464280A CN201610011070.6A CN201610011070A CN105464280A CN 105464280 A CN105464280 A CN 105464280A CN 201610011070 A CN201610011070 A CN 201610011070A CN 105464280 A CN105464280 A CN 105464280A
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- 238000010586 diagram Methods 0.000 description 13
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- 238000005286 illumination Methods 0.000 description 2
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- 229910000838 Al alloy Inorganic materials 0.000 description 1
- 229920000297 Rayon Polymers 0.000 description 1
- XUIMIQQOPSSXEZ-UHFFFAOYSA-N Silicon Chemical compound [Si] XUIMIQQOPSSXEZ-UHFFFAOYSA-N 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 239000000853 adhesive Substances 0.000 description 1
- 230000001070 adhesive effect Effects 0.000 description 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 1
- 229910052782 aluminium Inorganic materials 0.000 description 1
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- 238000003032 molecular docking Methods 0.000 description 1
- -1 plank Substances 0.000 description 1
- 239000004033 plastic Substances 0.000 description 1
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B9/00—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation
- E04B9/06—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation characterised by constructional features of the supporting construction, e.g. cross section or material of framework members
- E04B9/12—Connections between non-parallel members of the supporting construction
- E04B9/16—Connections between non-parallel members of the supporting construction the members lying in different planes
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B9/00—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation
- E04B9/30—Ceilings; Construction of ceilings, e.g. false ceilings; Ceiling construction with regard to insulation characterised by edge details of the ceiling; e.g. securing to an adjacent wall
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Finishing Walls (AREA)
- Vehicle Interior And Exterior Ornaments, Soundproofing, And Insulation (AREA)
Abstract
The invention relates to a detachable type corner suspended ceiling layer and a forming method thereof. The detachable type corner suspended ceiling layer comprises a first hoisting plate bound to a top layer vertical face and a connector bound to a vertical wall face, the first hoisting plate and the connector are each shaped like a profile, the first hoisting plate not only vertically extends below the top layer vertical face but also extends in the transverse direction, the connector is arranged in an extending mode in the transverse direction of the vertical wall face, a space exists between the first hoisting plate and the vertical wall face, and a suspended ceiling layer plate is approximately arranged in the space horizontally; a first extension edge extending towards the inner side direction is arranged on the inner side of the lower portion or the middle of the first hoisting plate; the connector comprises a longitudinal supporting arm, the outer side end of the suspended ceiling layer plate is laid on the first extension edge, and the inner side end of the suspended ceiling layer plate is laid on the longitudinal supporting arm. In this way, the corner suspended ceiling layer can be disassembled and assembled and be easy and convenient to assemble. Therefore, the detachable type corner suspended ceiling layer and the forming method thereof can be applied to corner suspended ceilings.
Description
Technical field
The invention belongs to furred ceiling technical field, relate in particular to corner furred ceiling layer and the formation method of a kind of reassembling type that a kind of corner in house is formed.The rotation angle position in house generally all includes setting metope, also the top layer face in top layer facade such as house or the top layer face of furred ceiling is included, that is the present invention is mainly used in the reassembling type corner furred ceiling layer roughly having and form one-level or secondary between orthogonal two facade positions, described corner furred ceiling layer at least has furred ceiling laminate thus forms the ceiling plane layer of one-level or secondary at rotation angle position, and this ceiling plane layer is generally parallel to ground (in other words horizontal plane).
Background technology
The house of existing house particularly household, general all wish in the parlor in house, dining room, the space such as passageway or kitchen rotation angle position be provided with the corner furred ceiling layer in closed rotation angle position space, and then strengthen third dimension and the level sense of described rotation angle position further.Somebody wishes to arrange ornament lamp on the corner furred ceiling layer of these rotation angle positions, strengthens the third dimension of illuminating effect.The existing method forming corner furred ceiling layer at rotation angle position, the most traditional technique is exactly the wood frame that can connect plank, Aluminiumplastic composite panel in advance in rotation angle position manufacture, again direct by plank, Aluminiumplastic composite panel nail or paste on said frame thus formed one at least there is the corner furred ceiling layer that two expose facade, this corner furred ceiling layer is obviously not easy to dismounting.After aluminium alloy extrusions technology is applied to furred ceiling layer, therefore reassembling type lifting rises, but this furred ceiling generally also will in conjunction with the section bar of triangular keel or similar structures, by buckle in other words furred ceiling laminate snapping be positioned on these keel and corner section bar.Such structure not only mounting structure complexity needs the personnel of specialty to implement to install, nor the furred ceiling laminate of length or random length can be used, the suspended ceiling pinch plate of the current reassembling type that we can see is generally small-sized buckle or the laminate of the standard specifications such as 300 × 300 ㎜, 500 × 500 ㎜ or 800 × 800 ㎜ for this reason.In the process using these small-sized buckles, not only installation workload is large, the more important thing is and can not arbitrarily cut, also namely when the transverse width of a wall facade in house and the accumulative width of multiple buckle can not just coincide, be actually the buckle that almost can not adopt these standards, for this reason in reassembling type corner furred ceiling, we are difficult to see the situation adopting standard-sized aluminum-pinch as decorative panel.In recent years along with the development of customization of individual character needs and the rise in fast-assembling market, furred ceiling layer is not only needed to have good individual character and aesthetic but also need installation process fool, allow the such as young owner of not too professional personnel also can implement Assembling according to instruction for mounting, be the domestic demand in customization of individual character and fast-assembling market as far as possible.
Summary of the invention
For the customization of individual character of development and the domestic demand in fast-assembling market, the present invention proposes a kind of dismantled and assembled and corner furred ceiling layer of simple and convenient assembly and forming method thereof.
First the present invention also proposes a kind of reassembling type corner furred ceiling layer, it is characterized in that, comprise the first lifting plate be attached on top layer facade and the colligator be attached on setting metope, described first lifting plate, colligator are all section bar shape, described first lifting plate is not only vertical below described top layer facade to be extended but also transversely direction extension, described colligator extends along described setting metope horizontal direction to be arranged, between described first lifting plate and described setting metope, there is pitch space, in described pitch space, be substantially horizontally furnished with furred ceiling laminate; The described first lifting bottom of plate or the inner side at middle part are provided with the first extension edge that inwards direction extends, described colligator includes longitudinal support arm, the outboard end of described furred ceiling laminate sets aside on described first extension edge, and the medial extremity of described furred ceiling laminate sets aside on described longitudinal support arm.
Wherein, described top layer facade can be the top floor face in house, also can be the furred ceiling aspect of the in-plane arranged.Described the first lifting plate be attached on top layer facade, refers to that described first lifting plate directly can be fixedly installed on described top layer facade or only refer to be connected on described top layer facade.In linking in the scheme on described top layer facade, described first lifting plate can be directly connected on other locating surface on described top layer facade.The method be incorporated on top layer facade that hardens is lifted as described first, such as when described top layer facade is the top floor face in house, the described first lifting bearing of trend of plate and angle can be determined by unwrapping wire in advance on described floor face, the locating hole can locating coupler body is pre-set again in unwrapping wire position, described coupler body is plugged on described first lifting plate, again described first lifting plate is integrally lifted to described top layer facade together with described coupler body, be fixed by screw described coupler body again on described floor face, thus also just described first lifting plate is navigated on described floor face thereupon, or, pre-set in unwrapping wire position the locating hole can locating coupler body and described coupler body pre-fixed on described top floor face, again described first lifting plate hook is suspended on described coupler body, then tightens up described coupler body by screw thus also just described first lifting plate navigated on described top floor face thereupon.
Wherein, described first lifting plate is that section bar shape and then its cross section have abnormity or flat geometry, described first lifting plate is mainly used in lifting described furred ceiling laminate and forming the alien invasion of described corner furred ceiling layer in vertical (direction perpendicular to ground), for this reason its not only vertical extension but also transversely direction extension.Like this after described corner installation of ceiling, people can observe at station the lateral surface of described first lifting plate on the ground, and also the lateral surface of described first lifting plate forms the setting alien invasion of the partial visual of described corner furred ceiling for this reason.Certainly, when the decorative panel hidden in the arranged outside of described first lifting plate, people just may can not observe at station the setting alien invasion of described first lifting plate on the ground.
Wherein, described first lifts the first extension edge bottom of plate or the inner side at middle part being provided with inwards direction extension, define not only the position set by described first extension edge, and defines the bearing of trend of described first extension edge.The inner side of described first lifting plate is the bearing definition provided relative to the outside of described first lifting plate, it is also that described setting metope direction towards corresponding with it extends that described inwards direction extends, described first extension edge both can be vertical equity to extend also can be extend a little obliquely.Due to described first lifting plate be profile piece, for this reason described first extension edge can be independently component and be installed on described first lifting plate on, also can be lift plate integrated molding with described first.
Wherein, described setting metope can be the setting metope in house, also can be other alternative face with the facade of setting parallel with described setting metope.Particularly in the setting metope being provided with such as window, such as must will mention the second lifting plate below by means of described alternative face, between described second lifting plate and the metope at window place, reserve the position of curtain.
Wherein, described colligator is section bar shape and extends along described setting metope horizontal direction to be arranged, define not only described colligator have the cross section of abnormity and also define its arrangement on described setting metope, described horizontal direction not only refers to that it lifts plate with described first bearing of trend is identical but also be parallel to horizontal plane in the horizontal; Described colligator can be one and integrally be transversely arranged on described setting metope, also can be that several described colligator connects and is transversely arranged on described setting metope.
Wherein, described colligator includes longitudinal support arm, the vertical wall body will mentioned below certainly also can also comprising.Described longitudinal support arm is mainly used in furred ceiling laminate described in support.Described longitudinal direction mainly refers to the direction being approximately perpendicular to described horizontal direction, and almost parallel with horizontal plane.But because described colligator is section bar shape, for this reason described longitudinal support arm not only longitudinal extension and also transversely direction extend arrange, the different bearing of trends just obtained from different view directions.
Wherein, described furred ceiling laminate can be standard plate prefabricated in advance, also can be the fritter plate body cut out on the plate body of whole at the scene.In order to suitably suppress the described furred ceiling laminate on the first extension edge being shelved on described first lifting plate, further scheme can also be on the inner side of described first lifting plate, be also provided with inwards direction extend and the second extension edge for limiting described furred ceiling laminate, described second extension edge is positioned at the top of described first extension edge, and the spacing between described second extension edge and described first extension edge is greater than the thickness of described furred ceiling laminate.Described second extension edge can be equally with described first extension edge independently component and be plugged on described first and lift on plate, also can be lift plate integrated molding with described first, wherein said the second extension edge for limiting described furred ceiling laminate, when referring to the outboard end of described furred ceiling laminate by height that the undue jack-up of external force is certain, can be limited by means of described second extension edge, on the contrary when the described furred ceiling laminate of normal use, described second extension edge also has certain gap with it, thus the scope of application of the described furred ceiling laminate of different thickness of slab can be improved, and can when installing described furred ceiling laminate, at least can allow the outboard end of described furred ceiling laminate with described first extension edge for fulcrum rotate thus up or down can lift described furred ceiling laminate obliquely, but when described furred ceiling laminate is tilted excessively, described furred ceiling laminate again can limit by described second extension edge, now first, second extension edge in fact described defines a kind of clamping mechanism and suppresses residence and state furred ceiling laminate, thus is convenient to the described furred ceiling laminate in interim location in installation process.Substantially horizontally be furnished with furred ceiling laminate in described pitch space, thus allow described furred ceiling laminate can become described corner furred ceiling layer in the horizontal direction one to expose facade.
In such scheme, further scheme can also be, described second extension edge is changed into elastic device or be also provided with at least one elastic device above described first extension edge, the elastic arm that described elastic device has extends to described first extension edge direction.Like this when shelving on described furred ceiling laminate to described first extension edge, the outboard end that described elastic arm can suppress described furred ceiling laminate can not be beated with blast by it.Elastic device described in one or several can be connected on described first lifting plate.
Inner side or outside are mentioned in many places in this article, if do not illustrated especially, described inner side refers to the side of limited component towards the direction of described setting metope, the medial extremity for this reason mentioned in literary composition, it is exactly the end near described setting metope direction, and direction, described inner side, also refer to towards the direction of described setting metope; And the implication of described outside, outboard end or lateral direction is just contrary with described inner side, medial extremity or direction, inner side.Secondly, horizontal direction mentioned in this article, refer to and the horizontal direction extended along described setting metope, described vertical direction refers to the direction parallel with described setting metope, and described longitudinal direction refers to the horizontal direction perpendicular to described setting metope.
Be according to its useful technique effect of technique scheme:
1. because described first lifting plate is section bar shape and vertically extends, not only can form the vertical facade of of described corner furred ceiling by means of described first lifting plate or vertical expose facade for this reason, and after the section bar with described first lifting plate cross section can being passed through extruding disposal molding, cut arbitrarily according to the structure in house at the scene again but be applicable to described first of length and lift plate, extruding is so not only made to manufacture the process standardization of described first lifting plate, and can the described first lifting plate in disposable installation location.
2., owing to being provided with the first extension edge that inwards direction extends on the described first lifting bottom of plate or the inner side at middle part, described furred ceiling laminate can be shelved by means of described first extension edge for this reason.
3. erect on metope because described colligator is attached to, by means of described colligator, described furred ceiling laminate can be navigated on described setting metope for this reason, and substantially can locate described furred ceiling laminate on lateral attitude unrestrictedly.
4., because described first lifting plate is section bar shape, various functional draw-in groove can be had in the inner side of described first lifting plate or arranged outside for this reason, and then these draw-in grooves can be utilized to be connected various trim component such as ornament lamp, decoration panel etc.
5. extend but also transversely direction extension because described first lifting plate is that section bar shape is not only vertical below described top layer facade, between described first lifting plate and described setting metope, there is pitch space, described pitch space is only made restriction roughly to the width of described furred ceiling laminate and is not made any restriction at length direction for this reason, the length of described furred ceiling laminate can set arbitrarily (length that certainly can not exceed described pitch space), thus the restriction of various dalle as the described furred ceiling laminate in described pitch space not by various standard buckle can be utilized, not only substantially increase installation effectiveness but also use the flexibility of material to also enhance the personalization of decoration.
Further technical scheme can also be, described colligator also comprises vertical wall body, described vertical wall body and described longitudinal support arm be certain angle arrange formed cross section roughly in L-type chamber wall so that there is vallecular cavity, described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, and the chamber wall of described vallecular cavity is snapped with the cover plate that can cover described vallecular cavity.Like this, because described colligator has the chamber wall of cross section roughly in L-type, not only substantially increase the mechanical strength of described colligator, and be positioned at the below of described longitudinal support arm due to described vertical walls body, thus described vertical walls body immediate roof can lean against and erect on metope thus described vertical wall body also can be allowed to share the bearing capacity of described snap arm.Secondly, described colligator also form the edge closing bar being positioned at position, corner below described furred ceiling laminate, adds the three-dimensional decorative property of this position, corner.
Further technical scheme can also be, described colligator also includes upper clip arm, described upper clip arm is positioned at the top of described longitudinal support arm and is combined to form the jaws of uncovered shape, and the oral area direction toward the outer side of described jaws, the medial extremity of described furred ceiling laminate is inserted among described jaws.The medial extremity that can clamp described furred ceiling laminate by means of described jaws like this allows described furred ceiling laminate can not easily by external force jack-up that wind etc. is similar.
Further technical scheme can also be, described upper clip arm and described longitudinal support arm also form the jaws with level altitude at medial extremity integrated molding.
Further technical scheme can also be, described upper clip arm is provided with the first spring, and the elasticity support arm of described first spring extends in described jaws.Like this when described furred ceiling laminate is inserted in described jaws, described elasticity support arm just can suppress the medial extremity of described furred ceiling laminate, thus it can not be beated with blast up and down, also can be suitable for the described furred ceiling laminate of different-thickness.
Further technical scheme can also be, described upper clip arm and described longitudinal support arm are two components be separated, formed by set screw between described upper clip arm with described longitudinal support arm and be connected, and by jaws that the adjustment height of formation of described set screw is adjustable between described upper clip arm and described longitudinal support arm; Described colligator also comprises vertical wall body, described vertical wall body and described longitudinal support arm be certain angle arrange formed cross section roughly in L-type chamber wall so that there is vallecular cavity, described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, the chamber wall of described vallecular cavity is snapped with the cover plate that can cover described vallecular cavity, and the screw terminal of described set screw is collected in described vallecular cavity.Like this, because described colligator includes described upper clip arm and described longitudinal support arm two components that can be separated, and form the jaws with adjustment height by the adjustment of described set screw between described upper clip arm and described longitudinal support arm, at least can clamp the medial extremity of described furred ceiling laminate for this reason by means of described upper clip arm and described longitudinal support arm; Conversely when needs dismounting, change described furred ceiling laminate time can dismantle easily again.The more important thing is, when installing described furred ceiling laminate, can by described colligator by the jaws pre-installation of the described adjustment height medial extremity to described furred ceiling laminate, to snap fit onto on described positioning base and described furred ceiling laminate after installation in position at described colligator, then tightened up described set screw and then fastening described furred ceiling laminate.And described vallecular cavity can collect described set screw thus can not observe directly described set screw from outside after cover plate described in capping.
Further technical scheme can also be, the inner side of described first lifting plate is provided with can the corner brace draw-in groove of grafting corner corner brace, and the inner side of described first lifting plate or outside are also provided with can the lamp draw-in groove of grafting ornament lamp.Described corner corner brace is used for the connection between the described first lifting plate of rotation angle position and fixes; Described lamp draw-in groove can expand the application function of described first lifting plate greatly.Such as when the regional area of described furred ceiling laminate is light-passing board, can in the lamp draw-in groove of the inner side of described first lifting plate plug-in mounting ornament lamp, thus allow described furred ceiling laminate plane also can have plane of illumination.
Further technical scheme can also be, the inner side of described first lifting plate is also provided with inwards direction extend and the second extension edge for limiting described furred ceiling laminate, described second extension edge is positioned at the top of described first extension edge, and the spacing between described second extension edge and described first extension edge is greater than the thickness of described furred ceiling laminate.
Further technical scheme can also be, above described first extension edge, be also provided with at least one elastic device, and the elastic arm that described elastic device has extends to described first extension edge direction.
Further technical scheme can also be, between described first lifting plate and described setting metope or described colligator, arrange the first longitudinal pull bar.
Further technical scheme can also be, described first lifting plate comprises first upper plate body that can be combined with top layer facade and first lower body that can be combined with described furred ceiling laminate, described first upper plate body is connected with clamping between the first lower body, and described first extension edge is arranged on the inner side of described first lower body.
Further technical scheme can also be, described first lower body is also provided with outward extending upholstery border, and the height that described upholstery border upwards extends is greater than the height of described first lower body.The seam between described first upper plate body and described first lower body can not only be hidden by means of described upholstery border like this and can strengthen described first lift plate form the three-dimensional decorative effect of alien invasion; When being provided with ornament lamp in the cavity further inside described decorative panel, described decorative panel also can allow the light of described ornament lamp according to top layer facade and then become and wash ceiling light.
Further technical scheme can also be, is provided with at least two blocks of described furred ceiling laminates be arranged side by side, is provided with ornamental strip in the gap between two blocks of described furred ceiling laminates in the pitch space that described first lifts plate and described setting metope.Described ornamental strip can not only make up described gap and can form a decoration protruded at described furred ceiling laminate facade.Described ornamental strip on the whole can be T-shaped for this reason, also can be set at T-shaped horizontal edge position the solid that has rectangular cavity.
Further technical scheme can also be, described ornamental strip includes the intermediate cylinder that can be inserted in described gap, and the intermediate cylinder of described ornamental strip is provided with the second spring; Wherein said second spring includes mesosphere body and from two free ends that described mesosphere body extends, the intermediate cylinder of described ornamental strip is provided with a pair registration arm, and described mesosphere body is installed in registration arm described in a pair; During installation, tighten up two free ends of described second spring and allow the intermediate cylinder of described second spring and described ornamental strip insert from the gap between two blocks of described furred ceiling laminates, two wing limits of described ornamental strip are adjacent on the soffit of described furred ceiling laminate by means of described second spring.
Further technical scheme can also be, also comprise the second lifting plate be attached on top layer facade, described second lifting plate is section bar shape and extends to form the alternative face of described setting metope downwards, described pitch space is also formed in described second lifting plate and described first and lifts between plate, and described positioning base and described colligator are arranged on the bottom of described second lifting plate; Wherein, described positioning base be molded directly within described second lifting plate bottom or independently component and be connected to described second lifting plate bottom.
Further technical scheme can also be, described second lifting plate comprises second upper plate body that can be combined with top layer facade and second lower body that can be connected with the clamping of described longitudinal support arm, and described second upper plate body is connected with clamping between the second lower body.
Further technical scheme can also be, between described second lifting plate and described setting metope, have another clearance space.
Further technical scheme can also be, between described second lifting plate and described setting metope, be provided with the second longitudinal pull bar.
Further technical scheme can also be, arranges the furred ceiling laminate of another level in another clearance space described, and the furred ceiling laminate of another level described is short lifts described furred ceiling laminate between plate in described second lifting plate and described first.
Further technical scheme can also be, arranges the furred ceiling laminate of another level in another clearance space described.
Further technical scheme can also be, spraying and decorating enamelled coating or be adhesive with wallpaper on the lateral surface of described furred ceiling laminate or described first lifting plate.
Further technical scheme can also be, described setting metope is provided with positioning base, described positioning base is section bar shape and transversely direction extension is arranged on described setting metope, described colligator comprises snap arm in addition, and described colligator is snapped fit onto on described positioning base by described snap arm.
Further technical scheme can also be, described snap arm interval is arranged, described positioning base is provided with the avoidance otch with described snap arm adaptation; Described snap arm to enter into after described positioning base more left or move right and then snap fit onto on described positioning base from described avoidance incision site.
Wherein, described colligator includes snap arm, and be define described snap arm to have clamping function on the one hand, next also defines described snap arm is be arranged on described colligator; Described clamping at least refers to that the parts that two mutual clampings connect can also relatively move left and right after clamping, and a clamping part snaps in from the end of another parts, wherein there is a cross section generally had in T font or I shape in the parts that these two mutual clampings connect.And be generally not easy to relatively move left and right because adhesion is larger between two parts after grafting or snapping.According to the understanding of this paper embodiment, described snap arm be a kind of be convenient to described colligator outside other parts form the device of clamping, thus be convenient to described colligator can be positioned on these other parts.Described snap arm can be a pair extended in opposite directions L-type projecting arm thus make described snap arm have interface arrangment haply in π shape, also can be a pair relatively extended L-type projecting arm thus make described snap arm have interface arrangment in the form of slot haply.
Wherein, the described snap arm of described colligator is connected to the method on described positioning base, and a kind of is first described snap arm snapped fit onto on described positioning base to set aside on described longitudinal support arm of described colligator by described furred ceiling laminate again; Another kind is when described colligator has jaws, first described colligator is clamped in advance the medial extremity of described furred ceiling laminate, more described colligator installing card is received on described positioning base.In order to realize the second mounting means flexibly, must ensure that described colligator can snap fit onto on described positioning base with regard to near-earth, for this reason, described positioning base is section bar shape and transversely direction extension is arranged on described setting metope, described positioning base is provided with avoidance otch, described snap arm interval is arranged and to be entered into after described positioning base more left or move right and then snap fit onto on described positioning base from described avoidance incision site.Because described positioning base is that section bar shape can not only extrude and manufactures and be convenient to disposable installation in batch and navigate on described setting metope for this reason; Due to described positioning base being provided with avoidance otch, described colligator can snap fit onto on described positioning base nearby for this reason, and can neatly in installation process and install terminate after maintenance and renovation in can adjust set described colligator.
Further technical scheme can also be, also comprise the deburring corner pieces in section bar shape be attached on top layer facade, described deburring corner pieces is positioned at the outside of described first lifting plate and extends along described first lifting plate, shelters from the top outer limit of described first lifting plate.Like this, described deburring corner pieces not only defines the edge closing bar being positioned at described first lifting plate external wall Angle Position, add the three-dimensional decorative property of this position, corner, top, the more important thing is the gap can blocked and because of the out-of-flatness of top layer facade, the top ends of described first lifting plate be occurred.
The present invention also provides a kind of formation method forming described corner furred ceiling layer, it is characterized in that, prepares described colligator, the first lifting plate and described furred ceiling laminate; Described first lifting plate is navigated on top layer facade, make described first lifting plate also and between setting metope have pitch space in the below horizontal expansion of described top layer facade, the lateral surface of described first lifting plate forms described corner furred ceiling layer at vertical setting alien invasion; On setting metope, transversely direction arranges described colligator; Install described furred ceiling laminate, set aside to by the outboard end of described furred ceiling laminate on the first extension edge of described first lifting plate, medial extremity sets aside on described longitudinal support arm of described colligator.
Further technical scheme can also be, between described first lifting plate and described setting metope or described colligator, arrange the first longitudinal pull bar.
Further technical scheme can also be, the deburring corner pieces in section bar shape be attached on top layer facade is also set, described deburring corner pieces is positioned at the outside of described first lifting plate and extends along described first lifting plate, shelters from the top outer limit of described first lifting plate.
Further technical scheme can also be, positioning base described in setting metope lateral arrangement, described colligator also includes snap arm and jaws, when described furred ceiling laminate is installed, first the outboard end of described furred ceiling laminate is set aside on the first extension edge of described first lifting plate, and allow described furred ceiling laminate be in heeling condition thus allow between described furred ceiling laminate and described setting metope there is larger gap, the medial extremity of described furred ceiling laminate is inserted in the jaws of described colligator and is clamped by gap larger described in utilization; Allow the medial extremity of described furred ceiling laminate and described colligator simultaneously near described positioning base again, allow the snap arm of described colligator snap fit onto on described positioning base.
Further technical scheme can also be, described positioning base is provided with avoidance otch; On described colligator, described snap arm is arranged in interval shape and adaptive with described avoidance otch, when medial extremity and the described colligator close described positioning base simultaneously of described furred ceiling laminate, the snap arm of described colligator is allowed to enter into described positioning base from the avoidance incision site of described positioning base, more left or the described colligator and then described snap arm is snapped fit onto on described positioning base of moving right.
Further technical scheme can also be, described colligator includes vallecular cavity, and described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, snapping upper cover plate on the chamber wall of described vallecular cavity.
Further technical scheme can also be, the the second lifting plate navigated on top layer facade is also set, described second lifting plate is section bar shape and horizontal expansion forms the alternative face of described setting metope, described pitch space is also formed in described second lifting plate and described first and lifts between plate, and described positioning base is arranged on the bottom of described second lifting plate.
Further technical scheme can also be, between described second lifting plate and described setting metope, arrange the second longitudinal pull bar.
Because the present invention has These characteristics and advantage, can be applied in corner furred ceiling for this reason.
Accompanying drawing explanation
Fig. 1 is the cross-sectional view applying the first corner furred ceiling of the present invention;
Figure 1A is the cross-sectional view applying another kind of corner furred ceiling of the present invention;
Fig. 2 is the described furred ceiling laminate distributed architecture schematic diagram in application corner furred ceiling of the present invention;
Fig. 3 is the perspective view of the ornamental strip in application corner furred ceiling of the present invention;
Fig. 4 is the schematic diagram of the second structure of the described ornamental strip applying corner furred ceiling of the present invention;
Fig. 5 is the first structural representation of described first ceiling board in application corner furred ceiling of the present invention;
Fig. 6 is the structural representation of described first upper plate body in the second structure of described first ceiling board applied in corner furred ceiling of the present invention;
Fig. 7 is the package assembly schematic diagram of the second structure of described first ceiling board applied in corner furred ceiling of the present invention;
Fig. 8 is the cross section structure schematic diagram of the first enforcement structure of the described colligator applied in corner furred ceiling of the present invention;
Fig. 9 is the cross section structure schematic diagram of the second enforcement structure of the described colligator applied in corner furred ceiling of the present invention;
Figure 10 is the cross section structure schematic diagram of the third enforcement structure of the described colligator applied in corner furred ceiling of the present invention;
Figure 11 is the cross section structure schematic diagram of the 4th kind of enforcement structure of the described colligator applied in corner furred ceiling of the present invention;
Figure 12 is the structural representation installing described cover plate on the accent of described colligator;
Figure 13 is the underarm cross section structure schematic diagram of colligator described in application corner furred ceiling of the present invention;
Figure 14 is the cross section structure schematic diagram of upper clip arm described in application described colligator of the present invention;
Figure 15 is the cross section structure schematic diagram of the described cover plate in application corner furred ceiling of the present invention;
Figure 16 is the structural representation of the described positioning base in application corner furred ceiling of the present invention;
Figure 17 is the cross-sectional view applying the second corner furred ceiling of the present invention;
Figure 18 is the cross-sectional view applying the third corner furred ceiling of the present invention;
Figure 19 is the cross section structure schematic diagram of the further modified node method of the second enforcement structure applying described colligator of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the structure of application colligator 400 of the present invention, corner furred ceiling layer C and the method that forms described corner furred ceiling layer C are further described.
The first embodiment:
As shown in Figure 1, house indoor at least includes top layer facade and risers, and wherein described top layer facade is top floor face A in the present embodiment, and described risers erects metope B; Described setting metope B is substantially vertical with described top floor face A.Angle position between described top floor face A and described setting metope B is provided with corner furred ceiling layer C, described corner furred ceiling layer C include as shown in Figure 1 by the described first lifting vertical facade that formed of plate 1 and the horizontal facade that formed by described furred ceiling laminate 6.The following structural features of described corner furred ceiling layer C:
First aspect, as shown in Figure 1, described first lifting plate 1 is directly fixedly installed on described top floor face A, unwrapping wire in advance on described top floor face A determines bearing of trend and the angle of described first lifting plate 1, pre-set the locating hole can locating coupler body 7 in unwrapping wire position again and described coupler body 7 pre-fixed on described top floor face A, again described first lifting plate 1 is hooked on described coupler body 7, tighten up described coupler body 7 by screw 71 again, thus also just described first lifting plate 1 is navigated on described top floor face A thereupon.
Secondly, described first lifting plate 1 is in section bar shape and then its cross section geometry with abnormity is not only vertical described top floor face A below extends but also transversely direction extends (the paper direction perpendicular to as shown in Figure 1), described first lifting plate 1 and described setting metope B almost parallel and there is pitch space 100.Described first lifting plate 1 is mainly used in lifting described furred ceiling laminate 6 and forming the alien invasion 10 of described corner furred ceiling layer C in vertical (direction perpendicular to ground), after described corner installation of ceiling, people can observe at station the lateral surface 10 of described first lifting plate 1 on the ground, and also the lateral surface 10 of described first lifting plate 1 forms the partial visual alien invasion of described corner furred ceiling layer C for this reason.Certainly, when the antiglare decorative plate 12 such as shown in Fig. 1 hidden in the arranged outside of described first lifting plate 1, people just may can not observe at station whole lateral surfaces of described first lifting plate 1 on the ground.Described first lifting plate 1 can by extrusion process disposable extruded after, cut arbitrarily according to the structure in house at the scene again but be applicable to described first of length and lift plate 1, extruding is so not only made to manufacture the process standardization of described first lifting plate 1, and can the described first lifting plate 1 in disposable installation location.
As shown in Figure 1 and Figure 5, described first lifting plate 1 is integrative-structure, and the lower inside position of described first lifting plate 1 is provided with the first extension edge 101 and the second extension edge 102 that inwards direction extends.Form the slot 109 supplying the outboard end of described furred ceiling laminate 6 to insert between described first extension edge 101 and described second extension edge 102, the notch height of described slot 109 is greater than the thickness of described furred ceiling laminate 6.Described second extension edge 102 can be equally with described first extension edge 101 lift plate 1 integrated molding with described first; The further modified node method of certain conduct is, described first extension edge 101 and described second extension edge 102 be all respectively independently component and be plugged on described first and lift this structure of 1(on plate and do not draw in the drawings).Notch height due to described slot 109 is greater than the thickness of described furred ceiling laminate 6, at least can improve the scope of application of the described furred ceiling laminate 6 of different thickness of slab for this reason, secondly when the end of the described furred ceiling laminate 6 of insertion is in described slot 109, not only certain angle can be rotated in the end of described furred ceiling laminate 6 in described slot 109, and can install described furred ceiling laminate 6 time, at least can allow the outboard end of described furred ceiling laminate 6 with described first extend 101 limits for fulcrum rotate thus up can lift described furred ceiling laminate 6 obliquely; But when described furred ceiling laminate 6 is tilted excessively, described furred ceiling laminate 6 again can limit by described second extension edge 102, now in fact described first, second extension edge (101,102) defines a kind of clamping mechanism and suppresses residence and state furred ceiling laminate 6, thus is convenient to the described furred ceiling laminate 6 in interim location in this installation process.When the outboard end of external force upwards furred ceiling laminate 6 described in jacking, described furred ceiling laminate 6 also limit by described second extension edge 102 and can not to depart from described first lifting plate 1 easily.
In such scheme, further scheme can also be as shown in Figure 5, clamping spring support 111 in draw-in groove 110 above described second extension edge 102, described spring support 111 arranges elastic device 112, and the elastic arm 113 of described elastic device 112 extends to described first extension edge 101 direction.Like this when shelving on described furred ceiling laminate 6 to described first extension edge 101, the outboard end that described elastic arm 113 can suppress described furred ceiling laminate 6 can not be beated with blast by it.
On described first lifting plate, be provided with can the top draw-in groove 103 of coupler body 7 described in clamping on the top of 1, described coupler body 7 be a kind of with hook-shaped position and can with the L-type component of described top draw-in groove 103 clamping, during installation, coupler body 7 described in pre-installation is on described top floor face A, then 1 to be hooked on described first lifting plate on described coupler body 7.
On described first lifting plate, the lower inside of 1 is provided with can grafting be the bottom corner brace draw-in groove 107 of the corner corner brace part (not shown in FIG.) of L-type, like this when there is the described corner furred ceiling layer C of turning in formation, the connection forming rotation angle position in the described corner brace draw-in groove 107 of 1 bottom on adjacent two described first lifting plates can be inserted respectively by the described corner corner brace part in L-type.Certainly can corner corner brace part described in grafting in other draw-in groove such as draw-in groove 110, lamp draw-in groove (104,105) and draw-in groove 103.
Lamp draw-in groove (104,105) is also respectively arranged with in the described first inner side and outer side lifting the medium position of on plate 1, as shown in Figure 1, in described lamp draw-in groove (104,105), also clamping is provided with ornament lamp (13,14) respectively, when described furred ceiling laminate 6 region corresponding with described ornament lamp 13 is set to light-passing board, described ornament lamp 13 becomes the concealed lamp be collected in described clearance space 100.Described ornament lamp 14 can provide illumination for the space outerpace of described corner furred ceiling layer, described in lower outside spatial placement particularly on described first lifting plate 1 during antiglare decorative plate 12, described ornament lamp 14 is collected in the inner side of described antiglare decorative plate 12, described ornament lamp 14 upwards irradiates and becomes one and wash top ornament lamp, substantially increases the three-dimensional light sensation of room lighting or light decoration.
Further modified node method is as shown in Fig. 1 or Fig. 6, Fig. 7, described first lifting plate 1 is Split type structure, comprise first upper plate body 15 that can be combined with described top floor face A and first lower body 16 that can be combined with described furred ceiling laminate 6, described first upper plate body 15 is connected with clamping between the first lower body 16, and described first extension edge 101 is arranged on the inner side of described first lower body 16.Concrete, dop 108 is set in the bottom of described first upper plate body 15, the draw-in groove 106 with described dop 108 adaptation is set on the top of described first lower body 16, realize clamping between them and connect.Secondly to the first extension edge 101 described in major general, described second extension edge 102, described corner brace draw-in groove 107 and described antiglare decorative plate 12 concentrated setting are on described first lower body 16, greatly can not only reduce the difficulty manufacturing described first lifting plate 1 like this, and be convenient to arrange the width of described first upper plate body 15 (i.e. the vertical cover degree extended) neatly, namely the height of whole described first lifting plate 1 can be adjusted by the mode of the height mainly adjusting described first upper plate body 15, described first lower body 16 is produced as a kind of standard component and described first upper plate body 15 is produced as one apolegamy part.
Described antiglare decorative plate 12 can be and described first lower body 16 integrated molding, also can be independently component and then be plugged on described first lower body 16; Described antiglare decorative plate 12 extends to the lateral direction of described first lower body 16, can level or upwards extend with certain angle, as shown in Figure 7, the height that described antiglare decorative plate 12 upwards extends is greater than the height of described first lower body 16, and then not only can block seam between described first upper plate body 15 and the first lower body 16 completely, and described ornament lamp 14 can be blocked.
Second aspect, as shown in Fig. 1, Figure 1A, Fig. 8 to Figure 16, the colligator 400 being attached to and erectting on metope B is set, described colligator 400 extends along described setting metope B horizontal direction to be arranged, wherein as shown in Figure 1, described setting metope B is also provided with the positioning base 2 of colligator 400 described in clamping.As shown in figure 16, described positioning base 2 is π shape in its cross section of section bar shape and transversely direction extension is arranged on described setting metope B, the upper and lower chimb (21,22) that described positioning base 2 has matrix 20 and extends from described matrix 20, described chimb (21,22) is to extrinsic deflection; Secondly the through hole 23 of strip is made in described matrix 20 upper punch, so that locate described positioning base 2.As shown in Figure 8, be the first structural representation of described colligator 400.Described colligator 400 includes longitudinal support arm 31 and vertical wall body 32, and described longitudinal support arm 31 and vertical wall body 32 form the underarm 3 of described colligator 400.The inner side of described vertical wall body 32 is provided with the L-type projecting arm 30 relatively extended for a pair, L-type projecting arm 30 described in a pair makes that described vertical wall body 32 has interface arrangment in the form of slot haply, and described interface arrangment in fact also forms the snap arm of described colligator 400 for this reason.During the described positioning base 2 of such installation, can in advance on described setting metope B unwrapping wire determine bearing of trend and the angle of described positioning base 2, in unwrapping wire position, described positioning base 2 is navigated on described setting metope B through described through hole 23 by screw again, more described colligator 400 is snapped fit onto on described positioning base 2 by the described snap arm that L-type projecting arm 30 described in a pair is formed.
In addition, (a, b) upper rotation profile can also be formed and avoid otch 24 by the described chimb (21,22) that washes away part of the part wall section on described positioning base 2 for two different parts on described positioning base 2 as shown in figure 16.Secondly, described avoidance otch 24 can be arranged on side, also can be arranged on two lateral location of described positioning base 2 accordingly.Described snap arm interval is arranged and corresponded to described avoidance otch 24, during installation, described snap arm is deeply moved left and right from described avoidance otch 24 again and snap fit onto described positioning base 2.
The cross section of described underarm 3 is L-type thus has uncovered vallecular cavity 36, the accent direction toward the outer side of described vallecular cavity 36, the chamber wall upper cover of described vallecular cavity 36 has cover plate 5, when described colligator 400 to snap fit onto on described positioning base 2 and after installing described furred ceiling laminate 6, described cover plate 5 can hide the alien invasion of whole described underarm 3.The described snap arm that described like this colligator 400 can consist of L-type projecting arm 30 described in a pair snaps fit onto on described positioning base 2, and the medial extremity of described furred ceiling laminate 6 also can be shelved on described longitudinal support arm 31.
Described positioning base 2 at least arranges a described colligator 400, also can arrange multiple.Secondly, the avoidance otch 24 on described positioning base 2 also can one or several, and concrete quantity can be determined according to the quantity of the length of described positioning base 2 and described colligator 400.Reduce field erected trouble, generally the just prefabricated described positioning base 2 with described avoidance otch 24 before dispatching from the factory for this reason.
Another kind of scheme is as shown in Figure 1A, can also omit described positioning base 2 and is directly positioned on described setting metope B by described colligator 400 by screw, viscose etc.Secondly, as shown in Fig. 1 or Figure 1A, also comprise the deburring corner pieces 72 in section bar shape be attached on top layer facade A, described deburring corner pieces 72 is positioned at the outside of described first lifting plate 1 and extends along described first lifting plate 1, shelters from the top outer limit of described first lifting plate 1.Like this, described deburring corner pieces 72 not only defines the edge closing bar being positioned at described first lifting plate 1 external wall Angle Position, add the three-dimensional decorative property of this position, corner, top, the more important thing is the gap can blocked and because of the out-of-flatness of top layer facade, the top ends of described first lifting plate 1 be occurred.
Can cover plate 5 described in capping on described vallecular cavity 36.As shown in Fig. 1, Fig. 8, described vallecular cavity 36 to be positioned at below described furred ceiling laminate 6 and towards described first lifting plate 1; Described cover plate 5 from the bottom up direction snaps on described vallecular cavity 36.In order to cover plate 5 described in the snapping of direction from the bottom up can be realized, as shown in figure 8 and 13, the roughly tail end position of the vertical wall body 32 of described vallecular cavity 36 is provided with lower convexity 33, be provided with the projection 34 of inside bending at the roughly tail end position of longitudinal support arm 31 of described vallecular cavity 36, the inner side of described projection 34 has the spigot surface 37 of inclination and the inner side of described projection 34 has the inner groovy 35 caved in outward direction; Described lower convexity 33 and projection 34 together form on the chamber wall of described vallecular cavity 36 can the clip connection device of cover plate 5 described in snapping; Correspondingly, as shown in figure 15, described cover plate 5 comprises arc matrix 51, the lower buckle side 52 upwards extended is provided with at the lower end inside of described board substrate 51, the top of described lower buckle side 52 is drops, is provided with the hook limit 54 tilting to extend in outward direction inside the upper end of described board substrate 51.During the described cover plate 5 of such installation, the installation process schematic diagram of described cover plate 5 as shown in figure 12, roughly tail end position due to the longitudinal support arm 31 at described vallecular cavity 36 is provided with the projection 34 of inside bending, the notch of the inner groovy 35 inside the projection 34 for this reason first top on the described hook limit 54 inside the upper end of described board substrate 51 being snapped into from the bottom up in advance described vallecular cavity 36 along spigot surface 37, and allow the lower buckle side 52 of described board substrate 51 lower end inside lean the outside of the lower convexity 33 at described vertical wall body 32 tail end position in advance, form the pre-mounted state between described cover plate 5 and the accent of described vallecular cavity 36, now may there is a little elastic deformation in described lower buckle side 52 because of extruding, now check described cover plate 5 two-end part docking situation particularly with it at an angle such as 90 ° turn another cover plates between in conjunction with situation, continue cover plate 5 described in pushing tow from the bottom up of exerting oneself, because described hook limit 54 tilts to extend in outward direction, in the described inner groovy 35 for this reason allowing described hook limit 54 slide into completely to cave in outward direction, the outside of the described lower convexity 33 snapped into completely on described vertical wall body 32 is moved in described lower buckle side 52 now on described board substrate 51 on also continuing, now the drops head elasticity on top, described lower buckle side 52 restores and leans at the top of described lower convexity 33, described cover plate 5 can not be moved down, this completes on clip connection device that described cover plate 5 snaps onto on the wall of described vallecular cavity 36 chamber and install as Fig. 8, Fig. 9, Figure 10, snapping bonding state shown in Figure 11.When dismantling described cover plate 5, only a little firmly need exert oneself outward and down in the bottom of described cover plate 5, a little deformation displacement of described cover plate 5 itself just can allow the lower end of described cover plate 5 depart from the described lower convexity 33 on described vertical wall body 32 and then entirely pull down described cover plate 5.
In order to cover in the cell wall body around described vallecular cavity 36 completely, further technical scheme is, as shown in figure 15, arranges lower flange limit 53 in the lower end of described cover plate 5, and described lower flange limit 53 is continued to downward-extension from position, described lower buckle side 52; Arrange epirelief rim 55 in the upper end of described cover plate 5, described epirelief rim 55 continues from position, described hook limit 54 upwards to extend.Like this when by described cover plate 5 cap seal on the accent of described vallecular cavity 36 time, as illustrated in figures 1 and 8, described epirelief rim 55 can cover in the horizontal wall body 31 of described vallecular cavity 36, and described lower flange limit 53 can cover in the vertical wall body 32 of described vallecular cavity 36.
Secondly, described cover plate 5 is transversely direction extension in section bar shape, several described colligator 400 or whole described colligators 400 can be covered simultaneously, described like this cover plate 5, described furred ceiling laminate 6 and described first lift the alien invasion that plate 1 constitutes described corner furred ceiling jointly altogether, also described cover plate 5 can be utilized to hide and to modify described colligator 400, and the gap 421 that can hide between the medial extremity of described furred ceiling laminate 6 and described setting metope B, repair described furred ceiling laminate 6 problem that gap 421 that is that cause is uneven because width is not neat.In order to beautify the alien invasion of described corner furred ceiling, further can also on the lateral surface of described cover plate 5, described furred ceiling laminate 6 or described first lifting plate 1 spraying and decorating enamelled coating or paste wallpaper etc.
Due to particularly 90 ° of turning sites, the turning site at described corner furred ceiling, need on the inclined-plane of end opens certain angle when two described cover plates 5 connect with certain angle diagonal angle, such as, when the angle of turn of described corner furred ceiling is 90 °, need the inclined-plane of the end opens 45 ° at described cover plate 5.Also just because situation like this, after first being located by the described cover plate 5 on a direction, the described cover plate 5 on another direction has been not easy to tip in from non-vertical direction be installed to described colligator 400.For this reason for the ease of directly installing two described cover plates 5 at an angle to each other, adopt mounting method from the bottom up, not only be convenient to process described inclined-plane nor with the described cover plate 5 coordinated repeatedly on adjustment two different directions, secondly be also convenient to dismantle described cover plate 5.
Disclosed above the first structure of described colligator 400.The second structure of described colligator 400 as shown in Figure 9, with the first scheme above-mentioned unlike, described colligator 400 also includes upper clip arm 4, and the medial extremity of described upper clip arm 4 is directly fixedly installed on described underarm 3 or their integrated moldings.Material is thus formed the described colligator 400 with geometrical clamp open height.Described upper clip arm 4 can be a kind of elastic arm, also can be a kind of stiff arm body.In stiff arm body structure at described upper clip arm 4, structure as shown in figure 19 can also be improved to, described upper clip arm 4 is provided with column 47 and is arranged on the first spring 48 on described column 47, an elasticity support arm 49 of described first spring 48 is pressed on described furred ceiling laminate 6 through extending to after the elongate aperture 40 be arranged on described upper clip arm 4 in described jaws 42 also can push up, like this when described furred ceiling laminate 6 is inserted in described jaws 42, described elasticity support arm 49 just can suppress the medial extremity of described furred ceiling laminate 6, thus it can not be beated with blast up and down, also the described furred ceiling laminate 6 of different-thickness can be suitable for.
Disclosed above the second structure of described colligator 400.The third structure of described colligator 400 as shown in Figure 10, with above-mentioned first scheme unlike, described upper clip arm 4 is separated with described underarm 3 and is set to two parts, described upper clip arm 4 can be the strip structure of horizontal expansion, also can be short strip shape structure, described upper clip arm 4 not only includes pressing arm body 45, also vertical setting arm 46 is included, the distribution of described pressing arm body 45 with described setting arm 46 integrated molding and in roughly 90 ° of angles, the projecting arm 30 relatively extended for a pair is had in the arranged outside of described setting arm 46, thus L-type projecting arm 30 described in a pair makes that described setting arm 46 has interface arrangment in the form of slot haply, namely described interface arrangment is the described snap arm that can form clamping connection.Described colligator 400 can be snapped fit onto on the upper and lower chimb (21,22) of described positioning base 2 by described snap arm.
As shown in figs.10 and 14, described upper clip arm 4 comprises tail end 44 and pressing arm body 45 in the tabular of height structure, its width is roughly suitable with described longitudinal support arm 31, as shown in Figure 10, what described upper clip arm 4 was positioned at described longitudinal support arm 31 above realizes upper and lower arrangement, and allows described vallecular cavity 36 be positioned at below described furred ceiling laminate 6; As shown in figure 14 the tail end 44 of described upper clip arm 4 is provided with screwed hole 440, described horizontal wall body 31 is provided with corresponding through hole (not shown in FIG.).As shown in Figure 10, formed and being threaded of described upper clip arm 4 through described through hole by set screw 41 between described upper clip arm 4 with described longitudinal support arm 31, and form the jaws 42 with adjustment height by the adjustment of described set screw 41 between the described pressing arm body 45 of described upper clip arm 4 and described horizontal wall body 31.Described so longitudinal support arm 31 in fact also just becomes the lower clip arm of described jaws 42, namely described longitudinal support arm 31 and described lower clip arm unite two into one, and the weight of described furred ceiling laminate 6 just passes to described upper clip arm 4 by the underarm 3 of described colligator 400 and set screw 41.The largest benefit of adjustable described jaws 42 is the described furred ceiling laminates 6 that can adapt to different thickness, and energy pre-installation is on the medial extremity of described furred ceiling laminate 6, and then described set screw 41 is finally tightened up again after described colligator 400 installation in position, be convenient to the position adjusting described furred ceiling laminate 6.Clearance space 421 between next medial extremity due to described furred ceiling laminate 6 and setting metope B is limited, completely can when described furred ceiling laminate 6 is in the pre-position of inclination colligator 400 described in (larger clearance space during this heeling condition is far longer than clearance space when being in level) pre-installation, allow the jaws 42 of described colligator 400 be combined in advance on described furred ceiling laminate 6.So just without the need to in narrow space how convenient, quickly described colligator 400 and spended time are installed.
Because described underarm 3 is generally that immediate roof leans against and erects on metope B, another benefit of the colligator 400 for this reason shown in Figure 10 can decompose by means of described underarm 3 gravity that described snap arm bears.
Disclosed above the third structure of described colligator 400.4th kind of structure of described colligator 400 as shown in figure 11, with the third scheme above-mentioned unlike, described upper clip arm 4 does not arrange described setting arm 46, but described snap arm projecting arm described in a pair 30 formed is set directly at the inner side of the setting wall body 32 of described underarm 3.The structure of described like this upper clip arm 4 just as shown in figure 14.
For the ease of implementing the action of tightening described set screw 41 in the below of described colligator 400, as shown in Figure 10 and Figure 11, described set screw 41 arranges upward and allows its screw terminal 43 be collected in described vallecular cavity 36.Described screw terminal 43 is can in conjunction with the position of the operation tools such as screwdriver, hexagonal handle.
3rd aspect, arranges and installs described furred ceiling laminate 6 exactly.The described furred ceiling laminate 6 that the little sheet material formation that large area sheet material such as plank, silicon composite plate, plastic plate, Aluminiumplastic composite panel or the aluminium sheet etc. of choosing suitable material cut proper width and length needs, a described furred ceiling laminate 6 can be arranged along in the amplitude erectting metope B described in a width, several blocks of described furred ceiling laminates 6 also can be allowed to give split.As shown in Figure 1, the outboard end of described furred ceiling laminate 6 to set aside on described first extension edge 101 and is inserted in the described slot 109 formed between described first extension edge 101 and described second extension edge 102, medial extremity sets aside on longitudinal support arm 31 of described colligator 400 as shown in Figure 8, described furred ceiling laminate 6 is substantially horizontally arranged in described pitch space 100, has gap 421 between described furred ceiling laminate 6 and setting metope B.When described colligator 400 be a kind of there is the product of jaws 42 time, in jaws 42 as described in the medial extremity of furred ceiling laminate 6 as described in as shown in Fig. 9, Figure 10, Figure 11 is inserted into and can according to above by the agency of pre-installation method install as described in colligator 400.
4th aspect, installs described ornamental strip 63 exactly.As shown in Figure 2 and Figure 3, be arranged side by side in described first lifting plate 1 with the pitch space of described setting metope B and be provided with at least two blocks of furred ceiling laminates (61,62), in order to beautify the gap between two pieces of described furred ceiling laminates (61,62), the first scheme be by be mutually connected two pieces of described furred ceiling laminates (61,62) between position be set to the fixing structure that can mutually overlap, between two pieces of described furred ceiling laminates (61,62), end is upper and lower overlaps thus forms linking; Described seam is exactly the step-like structure removing the formation of part wall body.First scheme is exactly be provided with described ornamental strip 63 in the gap between two pieces of described furred ceiling laminates (61,62).For this reason, further technical scheme is, described ornamental strip 63 T-shaped section bar shape includes and can be inserted into intermediate cylinder 64 in described gap and two thin wing limits 631, the thickness on described thin wing limit 631 is identical with the thickness of described first extension edge 101, thus after the described ornamental strip 63 of installation, the lower flat of described ornamental strip 63 keeps concordant with described first extension edge 101.Secondly, the intermediate cylinder 64 of described ornamental strip 63 is provided with the second spring 65, two free ends (652,653) that wherein said second spring 65 includes mesosphere body 651 and extends from described mesosphere body 651, on the intermediate cylinder 64 of described ornamental strip 63, setting example is as gone out a pair registration arm (641,642) by flushing technology punching, and described mesosphere body 651 is installed in registration arm described in a pair (641,642); During installation, tighten up two free ends (652,653) of described second spring 65 and allow the intermediate cylinder 64 of described second spring 65 and described ornamental strip 63 insert from the gap between two pieces of described furred ceiling laminates (61,62), two wing limits 631 of described ornamental strip 63 are adjacent on the soffit of described furred ceiling laminate (61,62) by means of described second spring 65 respectively.In the structure shown here, two thin wing limits 631 of described ornamental strip 63 can be as shown in Figure 2 in thin wall shape structure, also can be the thick structure of the hollow form wall body with certain thickness and width as shown in Figure 4, described in this, the thick structure of hollow form wall body is designated as 632 in the diagram in addition, so just can form one by means of described ornamental strip 63 on the soffit of described furred ceiling laminate (61,62) and have the obvious thick wing limit 632 with described furred ceiling laminate (61,62) structure of giving prominence to, described thick wing limit 632 soffit is also provided with concavo-convex decoration line 60.
5th aspect, can also arrange draw rod device.In order to the downside preventing described first lifting plate 1 from occurring because of location, only top deflects, further scheme is as shown in Figure 1, between described first lifting plate 1 and described setting metope B, in space 100, the first longitudinal pull bar 500 can also be set, described first pull bar 500 is positioned at the top of described furred ceiling laminate 6, and the outboard end of described first pull bar 500 snaps onto in draw-in groove 110.Like this when relating to the described first lifting plate 1 of large span in a lateral direction, described first lifting plate 1 and whole described corner furred ceiling layer C can be stablized further.It is understood, however, that the medial extremity of described first pull bar 500 can also be connected (such as hook) at described colligator 400 or with on described positioning base 2.Further described first pull bar 500 can be a kind of stiff rod body, also can be that one has flexible drag link body such as spring, rubber rope etc.
According to technique scheme, the method for installing described corner furred ceiling layer C can be summarized as and be:
Prepare described colligator 400, first lifting plate 1 and described furred ceiling laminate 6; Described first lifting plate 1 is navigated on top layer facade A, make described first lifting plate 1 also and between setting metope B have pitch space 100 in the below horizontal expansion of described top layer facade A, the lateral surface of described first lifting plate 1 forms described corner furred ceiling layer C at vertical setting alien invasion; On setting metope B, transversely direction arranges described colligator 400; Install described furred ceiling laminate 6, set aside to by the outboard end of described furred ceiling laminate 6 on first extension edge 101 of described first lifting plate 1, medial extremity sets aside on described longitudinal support arm 31 of described colligator 400, has so just begun to take shape described corner furred ceiling layer C.
Further scheme is, at described first lifting plate 1 and arrange the first longitudinal pull bar 500 between described setting metope B or described colligator 400 and lift plate 1 by described first and strain the stability improving described corner furred ceiling layer C.
Further scheme is, the deburring corner pieces 72 in section bar shape be attached on top layer facade A is also set, described deburring corner pieces 72 is positioned at the outside of described first lifting plate 1 and extends along described first lifting plate 1, shelters from the top outer limit of described first lifting plate 1.Like this, described deburring corner pieces 72 not only defines the edge closing bar being positioned at described first lifting plate 1 external wall Angle Position, add the three-dimensional decorative property of this position, corner, top, the more important thing is the gap can blocked and because of the out-of-flatness of top layer facade, the top ends of described first lifting plate 1 be occurred.
Further scheme is, positioning base 2 described in setting metope lateral arrangement, described colligator 400 also includes snap arm and jaws 42, when described furred ceiling laminate 6 is installed, first the outboard end of described furred ceiling laminate 6 is set aside on the first extension edge 101 of described first lifting plate 1, and allow described furred ceiling laminate 6 be in heeling condition thus allow between described furred ceiling laminate 6 and described setting metope B there is larger gap, the medial extremity of described furred ceiling laminate 6 is inserted in the jaws 42 of described colligator 400 and is clamped by gap larger described in utilization; Allow the medial extremity of described furred ceiling laminate 6 and described colligator 400 simultaneously near described positioning base again, allow the snap arm of described colligator 400 snap fit onto on described positioning base 2.
Further scheme is, described positioning base 2 is provided with and avoids otch 24; On described colligator 400, described snap arm is arranged in interval shape and adaptive with described avoidance otch 24, when medial extremity and the described colligator 400 close described positioning base 2 simultaneously of described furred ceiling laminate 6, the snap arm of described colligator 400 is allowed to enter into described positioning base 2 from avoidance otch 24 position of described positioning base 2, more left or the described colligator 400 and then described snap arm is snapped fit onto on described positioning base 2 of moving right.
Further technical scheme can also be, described colligator 400 includes vallecular cavity 36, and described vallecular cavity 36 is positioned at the below of described longitudinal support arm 31 and the accent direction toward the outer side of described vallecular cavity 36; Snapping upper cover plate 5 on the chamber wall of described vallecular cavity 36, described cover plate 5 from the bottom up direction snaps on the chamber wall of described vallecular cavity 36.
Further technical scheme can also be, described underarm 3 or upper clip arm 4 can respectively by after extruded, and on the section bar of long section, segmentation intercepts.Manufacturing cost can not only be saved like this and can intercept according to the needs at scene the described underarm 3 or upper clip arm 4 that are applicable to length.
The second embodiment:
With embodiment one unlike, as shown in figure 17, described setting metope B is a kind of setting metope including window B1; The the second lifting plate 8 be attached on the A of top floor face is set, between described second lifting plate 8 and described setting metope B, there is another clearance space 300 of dodging curtain, in described space 300, hold fenestrate curtain 9 and curtain rail etc.Described second lifting plate 8 is section bar shape and extends to form the alternative face of described setting metope B downwards, described pitch space 100 is formed in described second lifting plate 8 and described first and lifts between plate 1, and described positioning base 2 and described colligator 400 are arranged on the bottom of described second lifting plate 8.Wherein, in described pitch space 100, arrange described furred ceiling laminate 6, described positioning base 2 can be molded directly within the bottom of described second lifting plate 8, also can be connected to the bottom of described second lifting plate 8.In this scenario, the position of described colligator 400 also can be exchanged as being arranged on below described first lifting plate 1, and described first extension edge 101 also correspondingly changes and is located at below described second lifting plate 8, is all a kind of equivalent application.
Further technical scheme is, described second lifting plate 8 is Split type structures, comprise second upper plate body 81 that can be combined with top floor face A and second lower body 82 that can be connected with the clamping of described longitudinal support arm 3, described second upper plate body 81 is connected with clamping between the second lower body 82.
On the basis of above-mentioned the second embodiment, the third structure with secondary furred ceiling layer can also be improved to further, as shown in figure 18, described setting metope B do not have window, described setting metope B arranges positioning base 2 described in another and colligator 400 again, in the inner side of described second lifting plate 8, another extension edge 83 is set, another upholstery border 84 of arranged outside, the furred ceiling laminate 91 of another level is set in another clearance space 200 between described second lifting plate 8 and described setting metope B, the short of described furred ceiling laminate 91 lifts described furred ceiling laminate 6 between plate 1 in described second lifting plate 8 and described first.Described short in referring to the height relative to ground.Secondly in another clearance space 200 described, be provided with the second longitudinal pull bar 600, described second pull bar 600 is positioned at the top of described furred ceiling laminate 91.One end of described second pull bar 600 is connected on described setting metope B, and the other end is connected on described second lifting plate 8.
Claims (30)
1. a reassembling type corner furred ceiling layer, it is characterized in that, comprise the first lifting plate be attached on top layer facade and the colligator be attached on setting metope, described first lifting plate, colligator are all section bar shape, described first lifting plate is not only vertical below described top layer facade to be extended but also transversely direction extension, described colligator extends along described setting metope horizontal direction to be arranged, between described first lifting plate and described setting metope, there is pitch space, in described pitch space, be substantially horizontally furnished with furred ceiling laminate; The described first lifting bottom of plate or the inner side at middle part are provided with the first extension edge that inwards direction extends, described colligator includes longitudinal support arm, the outboard end of described furred ceiling laminate sets aside on described first extension edge, and the medial extremity of described furred ceiling laminate sets aside on described longitudinal support arm.
2. corner furred ceiling layer according to claim 1, it is characterized in that, described colligator also comprises vertical wall body, described vertical wall body and described longitudinal support arm be certain angle arrange formed cross section roughly in L-type chamber wall so that there is vallecular cavity, described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, and the chamber wall of described vallecular cavity is snapped with the cover plate that can cover described vallecular cavity.
3. corner furred ceiling layer according to claim 1, it is characterized in that, described colligator also includes upper clip arm, described upper clip arm is positioned at the top of described longitudinal support arm and is combined to form the jaws of uncovered shape, the oral area direction toward the outer side of described jaws, the medial extremity of described furred ceiling laminate is inserted among described jaws.
4. corner furred ceiling layer according to claim 3, is characterized in that, described upper clip arm and described longitudinal support arm also form the jaws with level altitude at medial extremity integrated molding.
5. corner furred ceiling layer according to claim 4, is characterized in that, described upper clip arm is provided with the first spring, and the elasticity support arm of described first spring extends in described jaws.
6. corner furred ceiling layer according to claim 3, it is characterized in that, described upper clip arm and described longitudinal support arm are two components be separated, formed by set screw between described upper clip arm with described longitudinal support arm and be connected, and by jaws that the adjustment height of formation of described set screw is adjustable between described upper clip arm and described longitudinal support arm; Described colligator also comprises vertical wall body, described vertical wall body and described longitudinal support arm be certain angle arrange formed cross section roughly in L-type chamber wall so that there is vallecular cavity, described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, the chamber wall of described vallecular cavity is snapped with the cover plate that can cover described vallecular cavity, and the screw terminal of described set screw is collected in described vallecular cavity.
7. corner furred ceiling layer according to claim 1, is characterized in that, the inner side of described first lifting plate is provided with can the corner brace draw-in groove of grafting corner corner brace, and the inner side of described first lifting plate or outside are also provided with can the lamp draw-in groove of grafting ornament lamp.
8. corner furred ceiling layer according to claim 1, it is characterized in that, the inner side of described first lifting plate is also provided with inwards direction extend and the second extension edge for limiting described furred ceiling laminate, described second extension edge is positioned at the top of described first extension edge, and the spacing between described second extension edge and described first extension edge is greater than the thickness of described furred ceiling laminate.
9. corner furred ceiling layer according to claim 1, is characterized in that, above described first extension edge, be also provided with at least one elastic device, and the elastic arm that described elastic device has extends to described first extension edge direction.
10. corner furred ceiling layer according to claim 1, is characterized in that, between described first lifting plate and described setting metope or described colligator, arrange the first longitudinal pull bar.
11. according to the arbitrary described corner furred ceiling layer of claim 1 to 10, it is characterized in that, described first lifting plate comprises first upper plate body that can be combined with top layer facade and first lower body that can be combined with described furred ceiling laminate, described first upper plate body is connected with clamping between the first lower body, and described first extension edge is arranged on the inner side of described first lower body.
12. corner furred ceiling layers according to claim 11, is characterized in that, described first lower body is also provided with outward extending upholstery border, and the height that described upholstery border upwards extends is greater than the height of described first lower body.
13. according to the arbitrary described corner furred ceiling layer of claim 1 to 10, it is characterized in that, in the pitch space that described first lifts plate and described setting metope, be provided with at least two blocks of described furred ceiling laminates be arranged side by side, in the gap between two blocks of described furred ceiling laminates, be provided with ornamental strip.
14. corner furred ceiling layers according to claim 13, it is characterized in that, described ornamental strip includes the intermediate cylinder that can be inserted in described gap, and described intermediate cylinder is provided with the second spring; Wherein said second spring includes mesosphere body and from two free ends that described mesosphere body extends, the intermediate cylinder of described ornamental strip is provided with a pair registration arm, and described mesosphere body is installed in registration arm described in a pair; During installation, tighten up two free ends of described second spring and allow the intermediate cylinder of described second spring and described ornamental strip insert from the gap between two blocks of described furred ceiling laminates, two wing limits of described ornamental strip are adjacent on the soffit of described furred ceiling laminate by means of described second spring.
15. according to the arbitrary described corner furred ceiling layer of claim 1 to 10, it is characterized in that, also comprise the second lifting plate be attached on top layer facade, described second lifting plate is section bar shape and horizontal expansion forms the alternative face of described setting metope, described pitch space is also formed in described second lifting plate and described first and lifts between plate, and described positioning base and described colligator are arranged on the bottom of described second lifting plate; Wherein, described positioning base be molded directly within described second lifting plate bottom or independently component and be connected to described second lifting plate bottom.
16. corner furred ceiling layers according to claim 15, it is characterized in that, described second lifting plate comprises second upper plate body that can be combined with top layer facade and second lower body that can be connected with the clamping of described longitudinal support arm, and described second upper plate body is connected with clamping between the second lower body.
17. corner furred ceiling layers according to claim 15, is characterized in that, between described second lifting plate and described setting metope, have another clearance space.
18. corner furred ceiling layers according to claim 17, is characterized in that, between described second lifting plate and described setting metope, arrange the second longitudinal pull bar.
19. corner furred ceiling layers according to claim 17, is characterized in that, arrange the furred ceiling laminate of another level in another clearance space described.
20. according to the arbitrary described corner furred ceiling layer of claim 1 to 10, it is characterized in that, described setting metope is provided with positioning base, described positioning base is section bar shape and transversely direction extension is arranged on described setting metope, described colligator comprises snap arm in addition, and described colligator is snapped fit onto on described positioning base by described snap arm.
21. corner furred ceiling layers according to claim 20, is characterized in that, described snap arm interval is arranged, described positioning base is provided with the avoidance otch with described snap arm adaptation; Described snap arm to enter into after described positioning base more left or move right and then snap fit onto on described positioning base from described avoidance incision site.
22. according to the arbitrary described corner furred ceiling layer of claim 1 to 10, it is characterized in that, also comprise the deburring corner pieces in section bar shape be attached on top layer facade, described deburring corner pieces is positioned at the outside of described first lifting plate and extends along described first lifting plate, shelters from the top outer limit of described first lifting plate.
The method of the arbitrary described corner furred ceiling layer of 23. formation claim 1 to 22, is characterized in that, prepares described colligator, the first lifting plate and described furred ceiling laminate; Described first lifting plate is navigated on top layer facade, make described first lifting plate also and between setting metope have pitch space in the below horizontal expansion of described top layer facade, the lateral surface of described first lifting plate forms described corner furred ceiling layer at vertical setting alien invasion; On setting metope, transversely direction arranges described colligator; Install described furred ceiling laminate, set aside to by the outboard end of described furred ceiling laminate on the first extension edge of described first lifting plate, medial extremity sets aside on described longitudinal support arm of described colligator.
24. methods according to claim 23, is characterized in that, between described first lifting plate and described setting metope or described colligator, arrange the first longitudinal pull bar.
25. methods according to claim 23, it is characterized in that, also arrange the deburring corner pieces in section bar shape be attached on top layer facade, described deburring corner pieces is positioned at the outside of described first lifting plate and extends along described first lifting plate, shelters from the top outer limit of described first lifting plate.
26. methods according to claim 23, it is characterized in that, positioning base described in setting metope lateral arrangement, described colligator also includes snap arm and jaws, when described furred ceiling laminate is installed, first the outboard end of described furred ceiling laminate is set aside on the first extension edge of described first lifting plate, and allow described furred ceiling laminate be in heeling condition thus allow between described furred ceiling laminate and described setting metope there is larger gap, the medial extremity of described furred ceiling laminate is inserted in the jaws of described colligator and is clamped by gap larger described in utilization; Allow the medial extremity of described furred ceiling laminate and described colligator simultaneously near described positioning base again, allow the snap arm of described colligator snap fit onto on described positioning base.
27. methods according to claim 26, is characterized in that, described positioning base is provided with avoidance otch; On described colligator, described snap arm is arranged in interval shape and adaptive with described avoidance otch, when medial extremity and the described colligator close described positioning base simultaneously of described furred ceiling laminate, the snap arm of described colligator is allowed to enter into described positioning base from the avoidance incision site of described positioning base, more left or the described colligator and then described snap arm is snapped fit onto on described positioning base of moving right.
28. methods according to claim 23, is characterized in that, described colligator includes vallecular cavity, and described vallecular cavity is positioned at the below of described longitudinal support arm and the accent direction toward the outer side of described vallecular cavity, snapping upper cover plate on the chamber wall of described vallecular cavity.
29. methods according to claim 23, it is characterized in that, the the second lifting plate navigated on top layer facade is also set, described second lifting plate is section bar shape and horizontal expansion forms the alternative face of described setting metope, described pitch space is also formed in described second lifting plate and described first and lifts between plate, and described positioning base is arranged on the bottom of described second lifting plate.
30. methods according to claim 29, is characterized in that, between described second lifting plate and described setting metope, arrange the second longitudinal pull bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610011070.6A CN105464280B (en) | 2015-07-01 | 2016-01-10 | A kind of reassembling type corner furred ceiling layer and forming method thereof |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510376549.5A CN104989024A (en) | 2015-07-01 | 2015-07-01 | Dismounting and mounting type corner suspended ceiling layer and forming method thereof |
| CN2015103765495 | 2015-07-01 | ||
| CN201610011070.6A CN105464280B (en) | 2015-07-01 | 2016-01-10 | A kind of reassembling type corner furred ceiling layer and forming method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105464280A true CN105464280A (en) | 2016-04-06 |
| CN105464280B CN105464280B (en) | 2018-02-23 |
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| CN201510376549.5A Pending CN104989024A (en) | 2015-07-01 | 2015-07-01 | Dismounting and mounting type corner suspended ceiling layer and forming method thereof |
| CN201620015864.5U Withdrawn - After Issue CN205557972U (en) | 2015-07-01 | 2016-01-10 | Reassembling type corner furred ceiling layer |
| CN201610011070.6A Active CN105464280B (en) | 2015-07-01 | 2016-01-10 | A kind of reassembling type corner furred ceiling layer and forming method thereof |
| CN201620178698.0U Active CN205475963U (en) | 2015-07-01 | 2016-03-09 | Compound furred ceiling layer structure and second grade furred ceiling layer of using thereof |
| CN201610132228.5A Active CN105587065B (en) | 2015-07-01 | 2016-03-09 | Composite suspended ceiling layer structure and second-level suspended ceiling layer applying same |
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| CN201510376549.5A Pending CN104989024A (en) | 2015-07-01 | 2015-07-01 | Dismounting and mounting type corner suspended ceiling layer and forming method thereof |
| CN201620015864.5U Withdrawn - After Issue CN205557972U (en) | 2015-07-01 | 2016-01-10 | Reassembling type corner furred ceiling layer |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620178698.0U Active CN205475963U (en) | 2015-07-01 | 2016-03-09 | Compound furred ceiling layer structure and second grade furred ceiling layer of using thereof |
| CN201610132228.5A Active CN105587065B (en) | 2015-07-01 | 2016-03-09 | Composite suspended ceiling layer structure and second-level suspended ceiling layer applying same |
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| CN (5) | CN104989024A (en) |
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| CN106760414A (en) * | 2017-01-17 | 2017-05-31 | 优居优住家居装饰（北京）有限公司 | A kind of bathroom furred ceiling stealth access hole construction method |
| CN107859225A (en) * | 2017-09-29 | 2018-03-30 | 浙江未来加电子商务有限公司 | Furred ceiling decoration panel closing in plate automatic clamping binding structure |
| CN107859225B (en) * | 2017-09-29 | 2023-12-12 | 浙江亚厦装饰股份有限公司 | Automatic clamping structure for closing-in plate of ceiling decoration panel |
| CN108265858A (en) * | 2018-02-12 | 2018-07-10 | 浙江顶上智能家居股份有限公司 | Island staggered floor construction and installation method at the top of a kind of integrated wall plate |
| CN108265858B (en) * | 2018-02-12 | 2023-08-25 | 浙江顶上集成家居股份有限公司 | Island staggered layer structure at top of integrated wallboard and mounting method |
| CN111519817A (en) * | 2020-04-28 | 2020-08-11 | 河南远大可持续建筑科技有限公司 | Construction process of secondary ceiling of integrated floor system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105587065B (en) | 2023-02-28 |
| CN104989024A (en) | 2015-10-21 |
| CN105464280B (en) | 2018-02-23 |
| CN205557972U (en) | 2016-09-07 |
| CN205475963U (en) | 2016-08-17 |
| CN105587065A (en) | 2016-05-18 |
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