CN213390781U - Close seam formula antidetonation aluminum composite panel furred ceiling - Google Patents
Close seam formula antidetonation aluminum composite panel furred ceiling Download PDFInfo
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- CN213390781U CN213390781U CN202021544250.9U CN202021544250U CN213390781U CN 213390781 U CN213390781 U CN 213390781U CN 202021544250 U CN202021544250 U CN 202021544250U CN 213390781 U CN213390781 U CN 213390781U
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Abstract
The utility model discloses a close seam type anti-seismic aluminum composite plate ceiling, which comprises aluminum strip plates, a suspender, first keels connected at the lower end of the suspender, and second keels arranged at intervals, wherein the second keels are positioned below the first keels and are vertical to the first keels, the first keels are fixedly connected with the second keels, the aluminum strip plates are arranged between two adjacent second keels, the extending direction of the aluminum strip plates in length is the same as the extending direction of the first keels, both sides of the aluminum strip plates are provided with vertical hems parallel to the first keels, a sealing anti-seismic strip is fixed between the vertical hems of two adjacent aluminum strip plates, both ends of each vertical hem are provided with open slots with openings facing the second keels, the second keels are provided with strip connecting beams, each strip connecting beam comprises a horizontally arranged bottom plate and insert plates vertically fixed at both sides of the bottom plate, the bottom plate and the insert plates extend along the length direction of the second keels and are equal, the upper part in the open slot is provided with a slot with a downward opening, and the inserting plate is upwards inserted into the slot.
Description
Technical Field
The utility model relates to a close seam formula antidetonation aluminum composite panel furred ceiling belongs to aluminum composite panel decorative structure technical field.
Background
The aluminum composite board is a common building decoration material by using a high-quality aluminum alloy board as a base material, and is very suitable for exterior wall decoration and interior decoration due to the characteristics of weather resistance and acid and alkali resistance. At present, especially in like station, airport, large-scale exhibition room etc. large-scale place, use aluminum composite panel furred ceiling usually, close seam formula structure furred ceiling is a common aluminum composite panel furred ceiling, it adopts a plurality of aluminium slats to closely piece together to form usually, aluminium slat both sides have the limit of bending, the limit overlap joint of bending of an aluminium slat is on the edge of bending of adjacent aluminium slat, then rethread fixing device fixes the aluminium slat on keel frame, keel frame realizes fixedly through the jib of connecting at indoor top. Because in the use, under external vibrations influence, mutual extruded phenomenon can appear between the aluminium lath that closely the concatenation is together in addition the stress action of aluminium lath self, long-term use, aluminium lath probably misplaces or the bulging warp very much, will lead to the furred ceiling unevenness like this, makes the pleasing to the eye degree of furred ceiling descend. In addition, the aluminum strip plate is installed in the suspended ceiling through the fixing device, and the suspended ceiling has the problems of troublesome installation, complex operation and low installation efficiency.
Disclosure of Invention
An object of the utility model is to provide a close seam formula antidetonation aluminum composite panel furred ceiling to solve prior art's sealed bar furred ceiling and receive external influence easily to take place to warp and lead to furred ceiling unevenness and the troublesome technical problem of installation.
The utility model adopts the following technical scheme: a dense seam type anti-seismic aluminum composite plate suspended ceiling comprises aluminum strips, a hanging rod and a first keel connected to the lower end of the hanging rod, the dense seam type anti-seismic aluminum composite plate suspended ceiling further comprises second keels arranged at intervals, the second keels are located below the first keels and perpendicular to the first keels, the first keels are fixedly connected with the second keels, the aluminum strips are installed between every two adjacent second keels, the extending direction of the length of each aluminum strip is the same as that of the first keels, vertical folded edges parallel to the first keels are arranged on two sides of each aluminum strip, a sealing anti-seismic strip is fixed between the vertical folded edges of every two adjacent aluminum strips, open grooves with openings facing the second keels are formed in two ends of each vertical folded edge, a strip connecting beam is arranged on each second keel and comprises a horizontally arranged bottom plate and inserting plates vertically fixed on two sides of the bottom plate, the bottom plate and the inserting plates extend along the length direction of the second keels and are equal to the length of the, the upper part in the open slot is provided with a slot with a downward opening, and the inserting plate is upwards inserted into the slot.
Lie in the slat tie-beam top on the second fossil fragments and be equipped with the fossil fragments tie-beam, slat tie-beam and fossil fragments tie-beam are through the connection riser fixed connection of vertical setting, and the extending direction of fossil fragments tie-beam and connecting plate all is the same with slat tie-beam extending direction, be connected with the fossil fragments pendant between first fossil fragments and the second fossil fragments, the fossil fragments pendant is including the connecting plate that lies in first fossil fragments side, and the upper end of connecting plate one side has the folded plate, and the lower extreme of connecting plate opposite side has down the folded plate, and the equal level setting of folded plate and lower folded plate is connected with first fossil fragments and fossil fragments tie-beam respectively on.
The batten connecting beam and the keel connecting beam are symmetrical structures taking the connecting vertical plate as the center.
The connecting vertical plates connect the batten connecting beams and the keel connecting beams together.
The keel connecting beam is a square beam with a hollow structure inside, a long groove extending from one end of the keel connecting beam to the other end of the keel connecting beam is formed in the top surface of the keel connecting beam, bolt through holes are formed in the lower folding plate, bolts are connected between the lower folding plate and the keel connecting beam, a baffle plate located inside the keel connecting beam is arranged on the lower portion of each bolt, the width of the baffle plate is larger than that of the long groove, the upper portions of the bolts sequentially penetrate out of the bolt through holes in the long groove and the lower folding plate, nuts are arranged at positions, located above the lower folding plate, of the bolts, a hanging plate parallel to the connecting plate is arranged at the end portion of the upper folding plate, the hanging plate is arranged downwards.
The hanger rod is connected with the first keel through a hanger.
The hanger comprises a hanger plate and a lifting hook connected below the hanger plate and used for lifting a first keel, wherein an adjusting bolt for adjusting the tension degree of the lifting hook is arranged on the lifting hook, the first keel is clamped in the lifting hook, the outer surface of the lower part of the suspender is provided with an external thread, a threaded hole matched with the external thread of the suspender is formed in the hanger plate, the lower end thread of the suspender penetrates through the threaded hole, and the suspender is located on the hanger plate and is provided with a nut at the upper position and the lower position respectively.
The sealing shockproof strip is stuck between two adjacent aluminum strips.
The first keel is a C-shaped steel beam.
The second keel is a steel beam.
The utility model has the advantages that: the utility model discloses when the installation, jib and first fossil fragments installation back, install two fossil fragments and begin the installation of aluminium slat after on first fossil fragments, specifically put into two second fossil fragments with the aluminium slat, the open slot of two vertical hem tip of aluminium slat gets into from the tip of second fossil fragments and makes the open slot card go into on the slat tie-beam, picture peg on the slat tie-beam inserts in the slot, promote the aluminium slat and make the aluminium slat slide on second fossil fragments, finally push away the aluminium slat to the position that needs the installation on, an aluminium slat installation targets in place the back, paste the shockproof sealing strip in its vertical hem outside, then install next aluminium slat, and make the shockproof sealing strip paste between two aluminium slats. The utility model discloses the installation is very simple and convenient, first fossil fragments and the fixed back of second fossil fragments, only need push into between two second fossil fragments with the aluminium slat, and the slat tie-beam on the second fossil fragments realizes supporting fixedly to the aluminium slat, in the furred ceiling use, and external environment leads to aluminium slat extrusion or aluminium slat self between mutual extrusion, and the shockproof sealing strip between the aluminium slat plays the cushioning effect to this kind of pressure, prevents that external force from directly applying on the aluminium slat to prevent that the aluminium slat from warping. In addition, the shockproof sealing strip fills gaps between the aluminum strips, plays a role in sealing, prevents dust from being accumulated inside the suspended ceiling, and enables the surface of the suspended ceiling to be very convenient to clean.
When the close seam formula antidetonation aluminum composite panel furred ceiling of this embodiment is installed, at first install the jib on indoor top surface, reuse the lifting code to install first fossil fragments in the jib below, the installation of the aluminium slat begins after the installation of second fossil fragments, specifically put into between two second fossil fragments with the aluminium slat, the open slot of two vertical hem tip of aluminium slat gets into from the tip of second fossil fragments makes the open slot card go into on the slat tie-beam, picture peg on the slat tie-beam inserts in the slot, promote the aluminium slat and make the aluminium slat slide on the second fossil fragments, finally push away the aluminium slat to the position that needs the installation on, after an aluminium slat installation targets in place, paste the shockproof sealing strip in its vertical hem outside, then install next aluminium slat, and make the shockproof sealing strip paste between two aluminium slats.
Preferably, the first keel and the second keel are connected through the keel hanging piece, and the upper folding plate and the lower folding plate of the keel hanging piece are respectively connected with the first keel and the keel connecting beam, so that the keel hanging piece has the characteristic of convenience in connection.
Preferably, the keel hanging piece is connected to the keel connecting beam of the second keel through the bolt and the baffle, and the bolt can slide in the long groove of the keel connecting beam by unscrewing the nut, so that the position of the keel hanging piece is adjusted.
Preferably, through the hanger that has the lifting hook connecting boom and first fossil fragments, the position of the first fossil fragments of adjustment when not only being convenient for install, the installation is quick moreover, convenient.
Drawings
Fig. 1 is a schematic structural diagram of an embodiment of the present invention;
FIG. 2 is a cross-sectional view of FIG. 1;
FIG. 3 is an enlarged view of a portion of FIG. 2;
figure 4 is an enlarged end view of the second runner of figure 1;
figure 5 is an exploded view of the keel hanger of figure 1;
fig. 6 is an enlarged view of the position of the hangar in fig. 1.
In the figure: 1-hanging rod, 2-first keel, 3-aluminum strip plate, 31-vertical folded edge, 32-open slot, 4-second keel, 41-strip connecting beam, 411-bottom plate, 412-inserting plate, 42-keel connecting beam, 421-long slot, 43-connecting vertical plate, 5-sealing shockproof strip, 6-keel hanging piece, 61-connecting plate, 62-upper folding plate, 63-lower folding plate, 64-hanging plate, 65-bolt through hole, 71-bolt, 72-baffle plate, 73-nut, 8-hanging weight, 81-hanging plate, 82-hanging hook and 83-adjusting bolt.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.
The utility model relates to a structure of embodiment is as shown in fig. 1 to 5, the close seam formula antidetonation aluminum composite panel furred ceiling of this embodiment, including aluminium slat 3, jib 1 and connect first fossil fragments 2, the second fossil fragments 4 at 1 lower extreme of jib, the interval sets up between first fossil fragments 2, the interval sets up between the second fossil fragments 4, second fossil fragments 4 are located first fossil fragments 2 below and are perpendicular with first fossil fragments 2, first fossil fragments 2 and second fossil fragments 4 fixed connection, aluminium slat 3 installs between two adjacent second fossil fragments 4, and the extending direction on 3 lengths of aluminium slat is the same with the extending direction of first fossil fragments 2, and the both sides of aluminium slat 3 have the vertical hem 31 parallel with first fossil fragments 2, are fixed with sealed shockproof strip 5 between two adjacent aluminium slat 3's vertical hem 31, sealed shockproof strip 5 is pasted between two adjacent aluminium slat 3. The both ends of every vertical hem 31 all have the opening towards the open slot 32 of second fossil fragments, have the slat tie-beam 41 on the second fossil fragments 2, and the slat tie-beam 41 includes bottom plate 411 and the picture peg 412 of vertical fixation in bottom plate 411 both sides that the level set up, and bottom plate 411 and picture peg 412 all extend along second fossil fragments 2 length direction and equal with second fossil fragments 2 length, upper portion in the open slot 32 is equipped with the slot that the opening is down, and picture peg 412 upwards inserts in the slot.
Lie in slat tie-beam 41 top on second fossil fragments 4 and be equipped with fossil fragments tie-beam 42, slat tie-beam 41 and fossil fragments tie-beam 42 are through the connection riser 43 fixed connection of vertical setting, slat tie-beam 41 and fossil fragments tie-beam 42 are the symmetrical structure who uses connection riser 43 as the center, connect the riser with slat tie-beam and fossil fragments tie-beam body coupling together. The extension direction of fossil fragments tie-beam 42 and connection riser 43 all extends 41 the direction the same with the slat tie-beam, be connected with fossil fragments pendant 6 between first fossil fragments 2 and the second fossil fragments 4, fossil fragments pendant 6 is including being located the connecting plate 61 of first fossil fragments 2 side, and the upper end of connecting plate 61 one side has upward folded plate 62, and the lower extreme of connecting plate 61 opposite side has downward folded plate 62, and upward folded plate 61 and the equal level of downward folded plate 62 set up and be connected with first fossil fragments 2 and fossil fragments tie-beam 42 respectively.
The keel connecting beam 42 is a square beam with a hollow structure inside, a long groove 421 extending from one end of the keel connecting beam 42 to the other end is formed in the top surface of the keel connecting beam 42, a bolt through hole 65 is formed in the lower folding plate 63, a bolt 71 is connected between the lower folding plate 63 and the keel connecting beam 42, a baffle plate 72 located inside the keel connecting beam 42 is arranged at the lower part of the bolt 71, the width of the baffle plate 72 is larger than that of the long groove 421, the upper part of the bolt 71 penetrates out of the long groove 421 and the bolt through hole 65 in the lower folding plate in sequence, a nut 73 is arranged at a position above the lower folding plate 63 of the bolt 71, a hanging plate 64 parallel to the connecting plate 61 is arranged at the end part of the upper folding plate 62, the hanging plate 64 is arranged downwards, and the first keel 2 is located in.
Connect through hanging sign indicating number 8 between jib 1 and the first fossil fragments 2, hanging sign indicating number 8 includes hanger plate 81 and connects the lifting hook 82 that is used for hoisting first fossil fragments 2 below hanger plate 81, is equipped with the adjusting bolt 83 of adjusting the lifting hook rate of tension on lifting hook 82, first fossil fragments press from both sides tightly 2 in lifting hook 82, the surface of 1 lower part of jib has the external screw thread, set up on hanger plate 81 with 1 external screw thread assorted screw hole of jib, and the dress is worn in the threaded hole to 1 lower extreme screw thread of jib, and jib 1 is located hanger plate 81 about position department has the nut respectively. First fossil fragments 2 are C shape girder steel, second fossil fragments 4 are the girder steel.
When the dense joint type anti-seismic aluminum composite plate suspended ceiling is installed, firstly, a hanging rod is installed on the indoor top surface, then, a first keel is installed below the hanging rod through a hanging code, then, a keel hanging piece is connected to a second keel through a bolt and a baffle, then, the keel hanging piece is hung on the first keel to enable the second keel to be installed on the first keel, and the bolt slides in an elongated slot of a keel connecting beam through loosening a nut, so that the position of the keel hanging piece is adjusted; the installation that begins the aluminium lath after the installation of second fossil fragments, specifically put into the aluminium lath between two second fossil fragments, the open slot of two vertical hem tip of aluminium lath gets into from the tip of second fossil fragments and makes the open slot card go into on the lath tie-beam, in the picture peg insertion slot on the lath tie-beam, promote the aluminium lath and make the aluminium lath slide on the second fossil fragments, finally push away the aluminium lath on the position that needs the installation, an aluminium lath is installed the back that targets in place, paste the shockproof sealing strip in its vertical hem outside, then install next aluminium lath, and make the shockproof sealing strip paste between two aluminium laths.
The installation of the close seam formula antidetonation aluminum composite panel furred ceiling of this embodiment is very simple and convenient, first fossil fragments and the fixed back of second fossil fragments, only need push the aluminium slat into between two second fossil fragments, the slat tie-beam on the second fossil fragments realizes supporting fixedly to the aluminium slat, in the furred ceiling use, external environment leads to extrusion each other between aluminium slat extrusion or the aluminium slat self, the sealing strip that takes precautions against earthquakes between the aluminium slat plays the cushioning effect to this kind of pressure, prevent that external force from directly applying on the aluminium slat, thereby prevent that the aluminium slat from warping. In addition, the shockproof sealing strip fills gaps between the aluminum strips, plays a role in sealing, prevents dust from being accumulated inside the suspended ceiling, and enables the surface of the suspended ceiling to be very convenient to clean.
The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention.
Claims (10)
1. The utility model provides a close seam formula antidetonation aluminum composite panel furred ceiling, includes aluminium slat, jib and connects the first fossil fragments at the jib lower extreme, its characterized in that: the closed seam type anti-seismic aluminum composite plate ceiling further comprises second keels arranged at intervals, the second keels are located below the first keels and perpendicular to the first keels, the first keels are fixedly connected with the second keels, the aluminum batten is installed between every two adjacent second keels, the extending direction of the aluminum batten in length is the same as the extending direction of the first keels, vertical folding edges parallel to the first keels are arranged on two sides of the aluminum batten, sealing anti-seismic strips are fixed between the vertical folding edges of every two adjacent aluminum battens, an open slot with an opening facing the second keels is formed in each of two ends of each vertical folding edge, batten connecting beams are arranged on the second keels and comprise bottom plates arranged horizontally and inserting plates fixed on two sides of each bottom plate vertically, the bottom plates and the inserting plates extend along the length direction of the second keels and are equal to the length of the second keels, and inserting slots with downward openings are formed in the upper portions of the, the insert plate is inserted upwards into the slot.
2. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 1, wherein: lie in the slat tie-beam top on the second fossil fragments and be equipped with the fossil fragments tie-beam, slat tie-beam and fossil fragments tie-beam are through the connection riser fixed connection of vertical setting, and the extending direction of fossil fragments tie-beam and connecting plate all is the same with slat tie-beam extending direction, be connected with the fossil fragments pendant between first fossil fragments and the second fossil fragments, the fossil fragments pendant is including the connecting plate that lies in first fossil fragments side, and the upper end of connecting plate one side has the folded plate, and the lower extreme of connecting plate opposite side has down the folded plate, and the equal level setting of folded plate and lower folded plate is connected with first fossil fragments and fossil fragments tie-beam respectively on.
3. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 2, wherein: the batten connecting beam and the keel connecting beam are symmetrical structures taking the connecting vertical plate as the center.
4. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 2, wherein: the connecting vertical plates connect the batten connecting beams and the keel connecting beams together.
5. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 2, wherein: the keel connecting beam is a square beam with a hollow structure inside, a long groove extending from one end of the keel connecting beam to the other end of the keel connecting beam is formed in the top surface of the keel connecting beam, bolt through holes are formed in the lower folding plate, bolts are connected between the lower folding plate and the keel connecting beam, a baffle plate located inside the keel connecting beam is arranged on the lower portion of each bolt, the width of the baffle plate is larger than that of the long groove, the upper portions of the bolts sequentially penetrate out of the bolt through holes in the long groove and the lower folding plate, nuts are arranged at positions, located above the lower folding plate, of the bolts, a hanging plate parallel to the connecting plate is arranged at the end portion of the upper folding plate, the hanging plate is arranged downwards.
6. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 1, wherein: the hanger rod is connected with the first keel through a hanger.
7. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 6, wherein: the hanger comprises a hanger plate and a lifting hook connected below the hanger plate and used for lifting a first keel, wherein an adjusting bolt for adjusting the tension degree of the lifting hook is arranged on the lifting hook, the first keel is clamped in the lifting hook, the outer surface of the lower part of the suspender is provided with an external thread, a threaded hole matched with the external thread of the suspender is formed in the hanger plate, the lower end thread of the suspender penetrates through the threaded hole, and the suspender is located on the hanger plate and is provided with a nut at the upper position and the lower position respectively.
8. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 1, wherein: the sealing shockproof strip is stuck between two adjacent aluminum strips.
9. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 1, wherein: the first keel is a C-shaped steel beam.
10. The close-seam type earthquake-resistant aluminum composite plate ceiling as claimed in claim 1, wherein: the second keel is a steel beam.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021544250.9U CN213390781U (en) | 2020-07-30 | 2020-07-30 | Close seam formula antidetonation aluminum composite panel furred ceiling |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021544250.9U CN213390781U (en) | 2020-07-30 | 2020-07-30 | Close seam formula antidetonation aluminum composite panel furred ceiling |
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| CN213390781U true CN213390781U (en) | 2021-06-08 |
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| CN202021544250.9U Active CN213390781U (en) | 2020-07-30 | 2020-07-30 | Close seam formula antidetonation aluminum composite panel furred ceiling |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113482230A (en) * | 2021-08-14 | 2021-10-08 | 中新合创建设集团有限公司 | Assembly type ceiling structure and installation method |
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2020
- 2020-07-30 CN CN202021544250.9U patent/CN213390781U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113482230A (en) * | 2021-08-14 | 2021-10-08 | 中新合创建设集团有限公司 | Assembly type ceiling structure and installation method |
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