CN205399818U - Board seam telescopic frame mould integration partition plate - Google Patents
Board seam telescopic frame mould integration partition plate Download PDFInfo
- Publication number
- CN205399818U CN205399818U CN201620126975.3U CN201620126975U CN205399818U CN 205399818 U CN205399818 U CN 205399818U CN 201620126975 U CN201620126975 U CN 201620126975U CN 205399818 U CN205399818 U CN 205399818U
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- wallboard
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- seam
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Abstract
The utility model provides a board seam telescopic frame mould integration partition plate, include frame and the wallboard that joins with the frame, the filling layer of wallboard between two sides layer and dual layer, its characterized in that: the frame strip of frame is the fossil fragments that have unsmooth butt joint portion, unsmooth butt joint position in the fossil fragments lateral surface of perpendicular to wallboard, and two take the unsmooth butt joint portion looks adaptation of the adjacent fossil fragments of frame wallboard and make two to take the frame wallboard to dock mutually, two take the frame wallboard to the carried forward, leave the interval between the unsmooth butt joint portion of double -phase adjacent fossil fragments and form enclosure space and semi -closed space, and semi -closed space lies in the enclosure space both sides and communicate with each other in outside of surface's space with the wallboard outward board seam bonding adhesive tape is equipped with in the enclosure space intussuseption, is filled with the board seam in the intussuseption of semi -closed space and packs the bonded adhesives. The utility model discloses its wallboard light and intensity are high, and soundproof and heat resistant, fireproand heat preservation effects are good, overcome the steel construction, girder steel and wallboard, steel column and wallboard, the seam easily ftractureed between wallboard and the wallboard defect.
Description
Technical field
This utility model relates to a kind of construction material, particularly relates to a kind of plate and stitches telescopic frame mould integration partition plate.
Background technology
At present, the sound-insulating and heat-insulating of general light cellular partition board, fireproof insulation effect are not ideal enough, and the seam of plate and plate, plate and beam, plate and post is easy to crack.Particularly steel construction, super high steel structure engineering, wallboard and wallboard seam, wallboard and girder steel seam, wallboard and steel column seam are easier to cracking.Because steel construction, super high steel structure is bearing various live load, and when wind load, can produce continuously to rock (movement).It is no matter be rigidly connected (means of spot welds) and flexibly connect (bonding) all can constantly rock (movement) and gaping of joints because of steel construction main body.
Utility model content
For the deficiencies in the prior art part, it is high that this utility model provides a kind of plate to stitch telescopic frame mould integration partition plate, its wallboard lightweight and intensity, sound-insulating and heat-insulating, fireproof insulation effect are good, overcome steel construction, girder steel and wallboard, steel column and wallboard, the defect that wallboard is easy to crack with the seam of wallboard.
For reaching above-mentioned purpose, the technical scheme that this utility model provides is: a kind of plate stitches telescopic frame mould integration partition plate, including frame and with frame link wallboard, wallboard includes the packed layer between two surface layers and two surface layers, the moulding of described frame is the Os Draconis with concavo-convex docking section, described concavo-convex docking section is located normal to the Os Draconis lateral surface of wallboard, and the two concavo-convex docking sections with the adjacent Os Draconis of frame wallboard are suitable and two band frame wallboards are docked mutually；After two band frame wallboard docking, leave interval between the concavo-convex docking section of two adjacent Os Draconis and form closing space and hemi-closure space, hemi-closure space is positioned at closing both sides, space and communicates with the space outside wallboard outer surface, in described closing space, it is filled with plate stitches bonding adhesive tape, in described hemi-closure space, be filled with plate seam fill bonded adhesives.
Wallboard of the present utility model is provided with frame, wallboard has surface layer and packed layer, the intermediate layer (selecting according to the difference of surface material) of load also can be set between surface layer and packed layer, form frame mould integration partition plate, wallboard lightweight and intensity are high, and sound-insulating and heat-insulating, fireproof insulation effect are good；The frame of adjacent two wallboards is docked by the concavo-convex docking section of adjacent Os Draconis, but leaves interval between the two concavo-convex docking sections of Os Draconis and form closing space and hemi-closure space, and is separately filled with the plate bonding adhesive tape of seam and plate seam filling bonded adhesives.Bonding adhesive tape has an elastic deformation matrix, and can bear extruding and drawing is stretched；Similarly, hemi-closure space forms plate seam, fills plate seam and fill bonded adhesives in plate stitches, by plate seam fill, bonding, and extruding can be born, drawing is stretched and resilience, therefore, for flexibly connecting between each band frame wallboard, when bearing live load and wind load, can stretch, thus solving steel construction, girder steel and wallboard, steel column and wallboard, the problem of gaping of joints between wallboard and wallboard.
Further, described plate stitches bonding adhesive tape and includes the adhesive linkage of adhesive tape basic unit and both sides, and it is mutually bonding with the Os Draconis of its both sides that plate is stitched bonding adhesive tape by described adhesive linkage.The closing space formed between concavo-convex docking section is filled by adhesive tape basic unit, there is elastic deformation matrix, and can bear extruding and drawing stretch, make between band frame wallboard as flexibly connecting, when bearing live load and wind load, it is possible to flexible, solve steel construction, girder steel and wallboard, steel column and wallboard, the problem of gaping of joints between wallboard and wallboard；Adhesive linkage can arrange the paper membrane shielded, during use, tear paper membrane, plate be stitched bonding adhesive tape bonding with Os Draconis.
Further, what the upper and lower end at described Os Draconis connected with concavo-convex docking section is parallel to the plate seam base plate of wallboard, plate seam base plate extends to the direction deviating from plate seam, stitch at plate and base plate is provided with the surface layer baffle plate protruding from plate seam base plate, described surface layer baffle plate is as the frame mould of wallboard surface layer, and described plate seam is filled in the groove that bonded adhesives is filled in two surface layer baffle plates, two plate seam base plates are formed and the described hemi-closure space connected with this groove.Four bar keels form wallboard frame, surface layer baffle plate on four bar keels is just configured to the circular frame mould of wallboard surface layer, when two wallboard docking, plate seam is formed between the surface layer baffle plate of docking Os Draconis, and fill plate seam between plate seam and fill bonded adhesives, by plate seam fill, bonding, and extruding can be born, drawing is stretched and resilience.
Further, described surface layer baffle plate is positioned at the one end deviating from plate seam on plate seam base plate, and surface layer baffle plate stitches direction to plate and tilts, and the free end of surface layer baffle plate is bent to form the first crotch to the direction that plate stitches.When two Keel butt joints, two surface layer baffle plates tilted and plate seam base plate constitute dovetail groove, and the notch of dovetail groove is narrower than bottom land, and the plate seam of this inverted trapezoidal can overcome slab-joint cracking；First crotch can be strengthened surface layer baffle plate and can also mount mutually with the second crotch on surface layer.
Further, described surface layer baffle plate is arranged between plate seam base plate and surface layer connecting plate, and surface layer baffle plate stitches direction to plate and tilts, and described surface layer connecting plate is parallel to surface layer and extends to the direction deviating from plate seam.Surface layer connecting plate forms the joint face connecting panel, makes panel connect more firm.
Further, described surface layer baffle plate stitches base plate wider than described plate, and surface layer connecting plate is provided with reinforcement, and the free end of described surface layer connecting plate is provided with to the direction deviating from wallboard surface layer and is bent to form three hooks.Reinforcement and three hooks can strengthen surface layer connecting plate, even if using relatively thin sheet material also can obtain higher intensity.
Further, in order to make connection more firm, described concavo-convex docking section is concave or convex.
Further, as a kind of embodiment, described surface layer is metal faced, described metal faced two ends are provided with second crotch suitable with described first crotch, second crotch at two ends mounts mutually with described first crotch of two Os Draconis respectively, being coated with coarse sand grain as a form of gel on each metal faced inner surface, coarse sand grain as a form of gel is by bonding for metal faced and described packed layer.
Further, as another embodiment, described surface layer is resin surface layer, is additionally provided with bonding intermediate layer and pitted skin bottom between resin surface layer and packed layer, and pitted skin bottom two ends are bonded on the described surface layer connecting plate of two Os Draconis.
Further, as another embodiment, described surface layer is light-weight decorative surface layer, is lined with metal stress web plate between light-weight decorative surface layer and packed layer, metal stress web plate is bonding with light-weight decorative surface layer, and the two ends of described metal stress web plate are welded on the described surface layer connecting plate of two Os Draconis.Metal stress web plate can improve wallboard by force intensity, between two metal stress web plates, pour into a mould packed layer.
Compared with prior art, this utility model has the beneficial effect that
1, wallboard and skeleton one, lightweight and intensity are high, not easy to crack, there is fire prevention, sound insulation, heat insulation, heat insulation effect, and make simple, easy for installation, do not need to carry out metope and scrape the work such as ash, facing decoration, make workman from heavy block of laying bricks, building block, the work plastered frees, is greatly improved the construction speed of building, construction partition wall is made to become that wallboard is installed simple as heap building blocks, convenient.
2, both having had between wallboard and frame, frame and frame and be rigidly connected, and had again and flexibly connect, intensity is high, and can overcome steel construction, girder steel and wallboard, steel column and wallboard, the defect that wallboard is easy to crack with the seam of wallboard.
Accompanying drawing explanation
Fig. 1 is structural representation during two Keel butt joint in this utility model embodiment 1.
Fig. 2 is the structural representation of two Os Draconis in this utility model embodiment 1.
Fig. 3 is surface layer and the structural representation of Os Draconis (only illustrating existing unilateral surface layer) in this utility model embodiment 1.
Fig. 4 is the structural representation of this utility model embodiment 2.
Fig. 5 is the cross section structure schematic diagram of two Os Draconis in this utility model embodiment 2.
Fig. 6 is the perspective view of two Os Draconis in this utility model embodiment 2.
Fig. 7 is the structural representation of this utility model embodiment 3.
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Detailed description of the invention
Embodiment 1: as shown in Figure 1 to Figure 3, a kind of plate stitches telescopic frame mould integration partition plate, including frame and with frame link wallboard, wallboard includes the packed layer 2 between two surface layers 1 and two surface layers 1, the moulding of described frame is the Os Draconis 3 with concavo-convex docking section, described concavo-convex docking section is located normal to the Os Draconis lateral surface of wallboard, the two concavo-convex docking sections 33 with the adjacent Os Draconis of frame wallboard 3 are suitable and two band frame wallboards are docked mutually, in the present embodiment, preferred concavo-convex docking section 33 is concave or convex, concave or convex that the lateral surface of adjacent Os Draconis 3 is respectively adaptive and dock.
After two band frame wallboard docking, leaving interval and form closing space 31 and hemi-closure space 32 between the concavo-convex docking section 33 of two adjacent Os Draconis 3, hemi-closure space 32 is positioned at closing both sides, space 31 and communicates with the space outside wallboard outer surface.In described closing space 31, it is filled with plate stitches bonding adhesive tape 4, plate stitches bonding adhesive tape 4 and includes the adhesive linkage of adhesive tape basic unit and both sides, it is mutually bonding with the Os Draconis 3 of its both sides that plate is stitched bonding adhesive tape 4 by described adhesive linkage, the closing space 31 formed between concavo-convex docking section 33 is filled by adhesive tape basic unit, plate stitches bonding adhesive tape 4 and has elastic deformation matrix, and can bear extruding and drawing stretch, make between band frame wallboard as flexibly connecting, when bearing live load and wind load, can stretch, solve steel construction, girder steel and wallboard, steel column and wallboard, the problem of gaping of joints between wallboard and wallboard.Adhesive linkage can be made in adhesive tape basic unit in advance, and arranges the paper membrane shielded on adhesive linkage, tears paper membrane during use, and it is bonding with Os Draconis 3 that plate stitches bonding adhesive tape 4, thus can quick assembling, bond without on-the-spot brush coating.
nullUpper at described Os Draconis 3、What lower end connected with concavo-convex docking section 33 is parallel to the plate seam base plate 34 of wallboard，Plate seam base plate 34 extends to the direction deviating from plate seam，Stitch at plate and base plate 34 is provided with the surface layer baffle plate 35 protruding from plate seam base plate 34，Surface layer baffle plate 35 is positioned at the one end deviating from plate seam on plate seam base plate 34，Surface layer baffle plate 35 stitches direction to plate and tilts，The free end of surface layer baffle plate 35 is bent to form the first crotch 351 to the direction that plate stitches，Described surface layer baffle plate 35 is as the frame mould of wallboard surface layer 1，At two surface layer baffle plates 35、Dovetail groove that two plates seam base plates 34 are formed and the described hemi-closure space 32 that connects with this dovetail groove are filled with plate seam and fill bonded adhesives 5，Plate seam is filled bonded adhesives 5 and is filled by plate seam、Bonding，And extruding can be born、Drawing is stretched and resilience，Therefore，For flexibly connecting between each band frame wallboard，When bearing live load and wind load，Can stretch，Thus solving steel construction，Girder steel and wallboard，Steel column and wallboard，The problem of gaping of joints between wallboard and wallboard.Four bar keels 3 form wallboard frame, surface layer baffle plate 35 on four bar keels 3 is just configured to the circular frame mould of wallboard surface layer 1, when two wallboard docking, plate seam is formed between the surface layer baffle plate 35 of docking Os Draconis, two surface layer baffle plates 35 tilted and plate seam base plate 34 constitute dovetail groove, the notch of dovetail groove is narrower than bottom land, and the plate seam of this inverted trapezoidal can overcome slab-joint cracking.
As shown in Figure 3, surface layer 1 in the present embodiment is metal faced, described metal faced two ends are provided with second crotch 11 suitable with described first crotch 351, second crotch 11 at two ends mounts with described first crotch 351 phase of two Os Draconis 3 respectively, being coated with coarse sand grain 12 as a form of gel on each metal faced inner surface, coarse sand grain 12 as a form of gel is by bonding for the packed layer 2 (not shown) of metal faced interior filling.
Embodiment 2: the present embodiment each parts structure and each parts between annexation substantially the same manner as Example 1, institute the difference is that, as shown in Figures 4 to 6, it is additionally provided with surface layer connecting plate 36, surface layer baffle plate 35 stitches between base plate 34 and surface layer connecting plate 36 at plate, surface layer connecting plate 36 is parallel to surface layer 1 and extends to the direction deviating from plate seam, surface layer baffle plate 35 stitches base plate 34 wider than described plate, surface layer connecting plate 36 is provided with reinforcement 362, and the free end of described surface layer connecting plate 36 is provided with to the direction deviating from wallboard surface layer 1 and is bent to form three hooks 361.Surface layer connecting plate 36 forms the joint face connecting surface layer 1, makes surface layer 1 connect more firm, and reinforcement 362 and three hooks 361 can strengthen surface layer connecting plate 36, even if using relatively thin sheet material also can obtain higher intensity.
Surface layer 1 in the present embodiment is resin surface layer, bonding intermediate layer 6 and pitted skin bottom 7 it is additionally provided with between resin surface layer with packed layer 2, pitted skin bottom 7 two ends are bonded on the described surface layer connecting plate 36 of two Os Draconis 3, and the medial surface of pitted skin bottom 7 is plucking pitted skin, and plucking pitted skin and packed layer 2 bond.
Embodiment 3: the present embodiment each parts structure and each parts between annexation substantially the same manner as Example 2, institute the difference is that, as shown in Figure 7, described surface layer 1 is light-weight decorative surface layer, metal stress web plate 8 it is lined with between light-weight decorative surface layer and packed layer 2, metal stress web plate 8 is bonding with light-weight decorative surface layer, the two ends of described metal stress web plate 8 are welded on the described surface layer connecting plate 36 of two Os Draconis 3, metal stress web plate 8 can improve wallboard by force intensity, between two metal stress web plates 8, pour into a mould packed layer 2.
Wallboard of the present utility model is provided with frame, wallboard has surface layer 1 and packed layer 2, intermediate layer 6 or the metal stress web plate 8 (selecting according to the difference of surface layer 1 material) of load also can be set between surface layer 1 and packed layer 2, form frame mould integration partition plate, wallboard lightweight and intensity are high, and sound-insulating and heat-insulating, fireproof insulation effect are good；The frame of adjacent two wallboards is docked by the concavo-convex docking section 33 of adjacent Os Draconis, but leave interval between the two concavo-convex docking sections 33 of Os Draconis and form closing space 31 and hemi-closure space 32, and it is separately filled with plate and stitches bonding adhesive tape 4 and plate seam filling bonded adhesives 5, both having had between wallboard and frame, frame and frame and be rigidly connected, and had again and flexibly connect, intensity is high, and steel construction can be overcome, girder steel and wallboard, steel column and wallboard, the defect that wallboard is easy to crack with the seam of wallboard.
Above example is only in order to illustrate the technical solution of the utility model and unrestricted, although this utility model being described in detail with reference to preferred embodiment, it will be understood by those within the art that, the technical solution of the utility model can be modified or equivalent replacement, without deviating from the spirit and scope of technical solutions of the utility model, it all should be encompassed in the middle of right of the present utility model.
Claims (10)
1. a plate stitches telescopic frame mould integration partition plate, including frame and with frame link wallboard, wallboard includes the packed layer between two surface layers and two surface layers, it is characterized in that: the moulding of described frame is the Os Draconis with concavo-convex docking section, described concavo-convex docking section is located normal to the Os Draconis lateral surface of wallboard, and the two concavo-convex docking sections with the adjacent Os Draconis of frame wallboard are suitable and two band frame wallboards are docked mutually；After two band frame wallboard docking, leave interval between the concavo-convex docking section of two adjacent Os Draconis and form closing space and hemi-closure space, hemi-closure space is positioned at closing both sides, space and communicates with the space outside wallboard outer surface, in described closing space, it is filled with plate stitches bonding adhesive tape, in described hemi-closure space, be filled with plate seam fill bonded adhesives.
2. plate according to claim 1 stitches telescopic frame mould integration partition plate, it is characterised in that: described plate stitches bonding adhesive tape and includes the adhesive linkage of adhesive tape basic unit and both sides, and it is mutually bonding with the Os Draconis of its both sides that plate is stitched bonding adhesive tape by described adhesive linkage.
3. plate according to claim 1 stitches telescopic frame mould integration partition plate, it is characterized in that: what the upper and lower end at described Os Draconis connected with concavo-convex docking section is parallel to the plate seam base plate of wallboard, plate seam base plate extends to the direction deviating from plate seam, stitch at plate and base plate is provided with the surface layer baffle plate protruding from plate seam base plate, described surface layer baffle plate is as the frame mould of wallboard surface layer, and described plate seam is filled in the groove that bonded adhesives is filled in two surface layer baffle plates, two plate seam base plates are formed and the described hemi-closure space connected with this groove.
4. plate according to claim 3 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer baffle plate is positioned at the one end deviating from plate seam on plate seam base plate, surface layer baffle plate stitches direction to plate and tilts, and the free end of surface layer baffle plate is bent to form the first crotch to the direction that plate stitches.
5. plate according to claim 3 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer baffle plate is arranged between plate seam base plate and surface layer connecting plate, surface layer baffle plate stitches direction to plate and tilts, and described surface layer connecting plate is parallel to surface layer and extends to the direction deviating from plate seam.
6. plate according to claim 5 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer baffle plate stitches base plate wider than described plate, surface layer connecting plate is provided with reinforcement, and the free end of described surface layer connecting plate is provided with to the direction deviating from wallboard surface layer and is bent to form three hooks.
7. the plate according to claim 1 or 3 stitches telescopic frame mould integration partition plate, it is characterised in that: described concavo-convex docking section is concave or convex.
8. plate according to claim 4 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer is metal faced, described metal faced two ends are provided with second crotch suitable with described first crotch, second crotch at two ends mounts mutually with described first crotch of two Os Draconis respectively, being coated with coarse sand grain as a form of gel on each metal faced inner surface, coarse sand grain as a form of gel is by bonding for metal faced and described packed layer.
9. plate according to claim 5 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer is resin surface layer, being additionally provided with bonding intermediate layer and pitted skin bottom between resin surface layer and packed layer, pitted skin bottom two ends are bonded on the described surface layer connecting plate of two Os Draconis.
10. plate according to claim 5 stitches telescopic frame mould integration partition plate, it is characterized in that: described surface layer is light-weight decorative surface layer, metal stress web plate it is lined with between light-weight decorative surface layer and packed layer, metal stress web plate is bonding with light-weight decorative surface layer, and the two ends of described metal stress web plate are welded on the described surface layer connecting plate of two Os Draconis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620126975.3U CN205399818U (en) | 2016-02-18 | 2016-02-18 | Board seam telescopic frame mould integration partition plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620126975.3U CN205399818U (en) | 2016-02-18 | 2016-02-18 | Board seam telescopic frame mould integration partition plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205399818U true CN205399818U (en) | 2016-07-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620126975.3U Withdrawn - After Issue CN205399818U (en) | 2016-02-18 | 2016-02-18 | Board seam telescopic frame mould integration partition plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205399818U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544858A (en) * | 2016-02-18 | 2016-05-04 | 唐进丰 | Frame and formwork integrated partition wallboard with telescopic slab joints |
| CN106836840A (en) * | 2017-01-13 | 2017-06-13 | 山东飞越钢结构工程有限公司 | A kind of splicing seams ruggedized construction of 3D modular architecturals |
-
2016
- 2016-02-18 CN CN201620126975.3U patent/CN205399818U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544858A (en) * | 2016-02-18 | 2016-05-04 | 唐进丰 | Frame and formwork integrated partition wallboard with telescopic slab joints |
| CN106836840A (en) * | 2017-01-13 | 2017-06-13 | 山东飞越钢结构工程有限公司 | A kind of splicing seams ruggedized construction of 3D modular architecturals |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160727 Effective date of abandoning: 20180615 |