CN104806006A - Aluminum mold plate device for building - Google Patents
Aluminum mold plate device for building Download PDFInfo
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- CN104806006A CN104806006A CN201510199844.8A CN201510199844A CN104806006A CN 104806006 A CN104806006 A CN 104806006A CN 201510199844 A CN201510199844 A CN 201510199844A CN 104806006 A CN104806006 A CN 104806006A
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Abstract
The invention relates to an aluminum mold plate device for building. The aluminum mold plate device comprises a plurality of aluminum modules which are spliced to form the aluminum mold plate device for building; every two adjacent aluminum modules in the aluminum mold plate device for building are connected and fixed through an aluminum mold plate holder; each aluminum module comprises an aluminum baseplate, side frame plates integrally formed in the back surface direction of the aluminum baseplate and reinforcing ribs which are transversely or longitudinally fixed on the back surface of the aluminum baseplate in a welding manner, wherein at least one lug boss and at least one groove which are matched with clamping holes of each aluminum mold plate holder and play positioning and fastening roles are arranged and formed in the middle of the inner side of each side frame plate; the back surface of the aluminum baseplate of each aluminum module is provided with at least one supporting table which is used for connecting, fixing and positioning the reinforced ribs. The aluminum mold plate device disclosed by the invention is stable to connect, high in integral stability, high in evenness of a working surface of a mold plate and conformity to related building usage requirements due to the adoption of the structure of the aluminum modules with the lug bosses, the grooves and the supporting tables.
Description
Technical field
The present invention relates to a kind of construction formwork device, belong to technical field of building construction.
Background technology
Since the nineties, China's architectural structure system has had and has developed on a large scale very much.Highrise building and super highrise building are built in a large number, these modern heavy construction systems, and workmanship requires high, and construction technology is complicated.Therefore, building construction technology must be improved, and equally, it is also proposed new demand to mould plate technique, must adopt advanced mould plate technique, could meet the requirement of modern construction engineering construction.The forest reserves of traditional wooden form for building at substantial in production and application, recovery utilization rate is low, consume a large amount of material resources manpowers, serious harm is caused to the environment of China: traditional steel form exists at the bottom of great, repeat usage, dismounting difficulty, operator's labor fortune intensity are large simultaneously, and the problem such as construction quality is not high; There is the shortcomings such as block is little, piece is many, rigidity is weak in combined steel formwork.Aluminum alloy pattern plate is less than steel form deadweight owing to having, the feature that stiffness is also good than timber, be widely used, wherein in order to strengthen the stiffness of aluminum alloy pattern plate and reduce its deadweight further, generally take the structure being welded with reinforcing rib at the aluminum alloy pattern plate back side, because reinforcing rib is directly welded on the aluminum alloy pattern plate back side, and aluminum alloy pattern plate is thinner, in welding process, easily cause aluminum alloy pattern plate to occur metaboly because of overheated, have a strong impact on the planeness of aluminum alloy pattern plate work plane, thus affect planeness and the smoothness on template inner concrete surface, and module is not very firm with being connected between module when constructing, overall stability is superior not.
Summary of the invention
The object of the invention is to for above-mentioned existing problems and deficiency, the aluminum alloy pattern plate device for building that a kind of stable connection, resistance to overturning are high, shuttering work surface evenness is high is provided.
Technical scheme of the present invention is achieved in that
Aluminum alloy pattern plate device for building of the present invention, comprise multiple aluminum modules, multiple aluminum modules is assemblied to form described aluminum alloy pattern plate device for building, be connected and fixed by aluminum alloy pattern plate clip between adjacent two aluminum modules in described aluminum alloy pattern plate device for building, it is characterized in that described each aluminum modules comprises aluminium base and the one-body molded side frame plate in this direction, aluminium base back side, be weldingly fixed on the transverse direction at this aluminium base back side or the reinforcing rib of longitudinal arrangement, wherein, what the middle inside of described each side frame plate was provided with that at least one place matches with the clamping connection mouth of aluminum alloy pattern plate clip rise locates and the boss of fastening effect and groove, and each side frame plate medial roof edge of each aluminum modules is provided with the bevelling matched with the clamping ramps of aluminum alloy pattern plate clip, and the aluminium base back side of each aluminum modules is provided with at least one for being connected and fixed and locating the brace table of reinforcing rib, and the end face of the end face of this brace table and boss is in the same plane, above-mentioned reinforcing rib to lie against on this brace table at the aluminium base back side and the boss of each side frame plate and by being fixedly welded on aluminium base.
Above-mentioned aluminum alloy pattern plate clip comprises left clip and right clip, described left clip and right clip link together by rotating shaft is rotating, the front end retaining part of described left clip and right clip have with the side frame plate of aluminum modules boss and clamping face corresponding to groove and locate double smoothing face, the back end grip position of described left clip and right clip has the inclined-plane matched with the bevelling of the side frame plate medial roof edge of aluminum modules, described left clip and right clip rear portion are provided with the locking device that the front end retaining part of left clip and right clip can be made to form the side frame plate of the adjacent aluminum modules of clamping two.
Above-mentioned locking device comprises the perforation being arranged at left clip rear portion, the tapered wedges that can be placed through up or down in this perforation, the rear portion of the corresponding right clip in face, side of wherein said tapered wedges, left clip can be promoted and right clip rotates around the axis with moving down of tapered wedges, make the chuck portion, front end of left clip and right clip form the action of the adjacent Form board frame of clamping two.
The present invention has the structure of aluminum modules of boss, groove, brace table owing to adopting, groove and aluminum alloy pattern plate clip partial structurtes are coincide, play positioning action, clip can be made by this groove position is more accurate, two modules to be connected in aggregates, the work plane of adjacent block is made to be in same plane, the planeness of the large working area of each work plane split composition is very high, meets relevant building instructions for use.Boss and groove combination is utilized to form location structure, the aluminum alloy pattern plate clip can guaranteeing to be in clamped condition can not the vertical direction generation relative displacement of work plane by external force along module, ensure that each work plane is in same plane, ensure that the planeness of the large working area that each work plane is combined to form meets building instructions for use.Utilizing brace table on thin aluminium base, weld reinforcing rib can not make aluminium sheet local, because of overheated, local distortion occur, and ensures that the planeness of aluminium base work plane meets building instructions for use.On thin aluminium base, increase the boss structure at more than at least one place for this reason, reinforcing rib is not directly contacted with thin aluminium base, because support table structure makes temperature when being delivered to thin aluminium base be not enough to make thin aluminium base local deform in welding process, thus ensure that the planeness in module work face meets building instructions for use, and brace table and boss contour, reinforcing rib can be made not need processing to ensure, and its one side and boss contact with brace table and ensure its planarization, aluminium base back side continuous print support table structure further improves the strength and stiffness of aluminium base simultaneously.
And the present invention due to the connection that have employed between adjacent aluminum alloy pattern plate be the structure realized by the turn buckle of a high strength, the major advantage of this kind of syndeton:
1, stable connection.The groove of aluminum alloy pattern plate side muscle and boss structure, cooperatively interact with the chuck of turn buckle, move down along jack when the wedge of turn buckle is stressed, its inclined-plane contacts with the right clip of turn buckle, and drive right clip to be rotated counterclockwise around rotating shaft, force the chuck of turn buckle and the groove of aluminum alloy pattern plate to be closely linked, wedge is larger to bottom offset, and the connection between template and template is more firm.Connect as iron pin, because pin-and-hole is easy to wear, the tight ness rating using repeatedly rear pattern plate to connect can be more and more lower, and the gap between template can be increasing, and by contrast, turn buckle connects and connects tightr, firm, safety than iron pin;
2, easy to assemble, build fast.Only need once the disassemble and assemble work that iron hammer can be carried out easily template.Only the wedge of turn buckle need be smoked and depart from the jack of right clip when connecting template, and firmly hold turn buckle afterbody and make the chuck of left and right clip separately, chuck is placed on the groove of template simultaneously, then strikes tight wedge with iron hammer, two template compact siro spinning technology can be made together; Unloading process and installation process are just contrary.With the aluminum alloy pattern plate that iron pin connects, when it is installed, iron pin is inserted the pin-and-hole of template side muscle, then wedge inserted the slot of iron pin and strike tight, also wedge will be clenched, to ensure that iron pin can not get loose simultaneously; Want during dismounting first wedge to be struck and directly just can unclamp iron pin.Under contrast, connect simpler and easy with turn buckle, faster;
3, long service life.Iron pin connect mode need in template side muscle draw-bore, iron pin and template contacts area little, when template is stressed, pin-and-hole edge is fragile; Then do not need to carry out as boring waits material structure to destroy to template with turn buckle gang mould plate, template side muscle lifting surface area, not fragile.After contrast, the longer service life of the template that the template that turn buckle connects connects than iron pin;
4, economical and practical.Turn buckle adopts high-strength cast steel casting, not fragile, can recycle; Secondly use turn buckle to connect, the long service life of template, use often, reduces the construction cost of engineering greatly.The template that iron pin connects due to pin-and-hole easy to wear, secondly the number of times of use is few than the template connected with turn buckle, and for just needing replacing after wedge use repeatedly of fastening iron pin, the number of times recycled is few.Comprehensive Correlation, uses turn buckle to connect and connects more economical material benefit than iron pin.In addition, the recovery utilization rate that aluminum alloy pattern plate compares other wooden form or hophornbeam template is high, and the construction cost of engineering is lower.
Below in conjunction with accompanying drawing, the present invention is further illustrated.
Accompanying drawing explanation
Fig. 1 is structure of the present invention composition schematic diagram.
Fig. 2 is sectional structure schematic diagram of the present invention.
Fig. 3 is the close-up schematic view of Fig. 2.
Fig. 4 is the cross-sectional view of flute profile aluminum modules of the present invention.
Fig. 5 is the structural representation of aluminum alloy pattern plate clip of the present invention.
Fig. 6 is the exploded view structural representation of aluminum alloy pattern plate clip of the present invention.
Detailed description of the invention
As shown in figs 1 to 6, one of the present invention aluminum alloy pattern plate device for building, comprise multiple aluminum modules 1, multiple aluminum modules 1 is assemblied to form described aluminum alloy pattern plate device for building, be connected and fixed by aluminum alloy pattern plate clip 2 between adjacent two aluminum modules 1 in described aluminum alloy pattern plate device for building, it is characterized in that described each aluminum modules 1 comprises aluminium base 11 and the one-body molded side frame plate 12 in this direction, aluminium base 11 back side, be weldingly fixed on the transverse direction at this aluminium base 11 back side or the reinforcing rib 13 of longitudinal arrangement, wherein, what the middle inside of described each side frame plate 12 was provided with that at least one place matches with the clamping connection mouth of aluminum alloy pattern plate clip 2 rise locates and the boss 14 of fastening effect and groove 15, and each side frame plate medial roof edge of each aluminum modules 1 is provided with the bevelling 16 matched with the clamping ramps 23 of aluminum alloy pattern plate clip 2, and aluminium base 11 back side of each aluminum modules 1 is provided with at least one for being connected and fixed and locating the brace table 17 of reinforcing rib 13, and the end face of the end face of this brace table 17 and boss 14 is in the same plane, above-mentioned reinforcing rib 13 to lie against on this brace table 17 at aluminium base 11 back side and the boss 14 of each side frame plate 12 and by being fixedly welded on aluminium base 11.
Above-mentioned aluminum alloy pattern plate clip 2 comprises left clip 21 and right clip 22, described left clip 21 and right clip 22 link together by rotating shaft 25 is rotating, the front end retaining part of described left clip 21 and right clip 22 have with the side frame plate 12 of aluminum modules 1 boss 14 and clamping face corresponding to groove 15 and locate double smoothing face, the back end grip position of described left clip 21 and right clip 22 has the inclined-plane matched with the bevelling 16 of the side frame plate 12 medial roof edge of aluminum modules 1, described left clip 21 and right clip 22 rear portion are provided with the locking device that the front end retaining part of left clip 21 and right clip 22 can be made to form the side frame plate 12 of the adjacent aluminum modules 1 of clamping two.Adopt this movable clip and locking member fastening combine and the structure that is integrated of clip and locking member as template assembly connector, can overcome the deficiencies in the prior art, without the need to dress hole of fighting on Form board frame, structure is simple, easy to use, locking and dismounting speed fast, not easy damaged and loss, cost is low, long service life, in clip fastener cycle, template can be located automatically, levelling, template assembly use in stress good, fastening reliable, assembled quality is high.In order to make structure of the present invention varied, both can be that described locking device comprises the perforation being arranged at left clip 21 rear portion, the tapered wedges 24 in this perforation can be placed through up or down, the rear portion of the corresponding right clip 22 in face, side of wherein said tapered wedges 24, left clip 21 and right clip 22 25 rotations around the shaft can be promoted with moving down of tapered wedges 24, the chuck portion, front end of left clip 21 and right clip 22 is made to form the action of the adjacent Form board frame of clamping two, now, the perforation openings one of described left clip 21 upwards extends to form can the baffle plate that moves down of locating latch voussoir 24, the bottom of described tapered wedges 24 is provided with pin-and-hole 241, this pin-and-hole 241 is built with the pin cylinder 242 that can prevent tapered wedges 24 from departing from above-mentioned perforation, also can be that described locking device comprises the perforation being arranged at left clip 21 rear portion, be installed on the cam body in this perforation rotationally, rear portion 25 rotations around the shaft of right clip 22 can be promoted with the rotation of cam body in this perforation and make its chuck portion, front end form the action of the adjacent Form board frame of clamping two, now, the side device described left clip 21 being positioned at its perforation has one for the keeper of convex wheel body slewing area.Of the present invention easy to use in order to make, be provided with a resetting means for making its chuck portion, front end be in open state when being provided with locking device effect between described left clip 21 and right clip 22.In order to make the structure of resetting means varied, both can be described resetting means be set in the back-moving spring 26 in above-mentioned rotating shaft 25, wherein left clip 21 rear portion is fixed in one end of this back-moving spring 26, its other end is fixed on right clip 22 rear portion, also can be described resetting means be installed on the extension spring between left clip 21 and right clip 22 rear portion, left clip 21 rear portion is fixed in one end of this extension spring, and its other end is fixed on right clip 22 rear portion.
The present invention has the structure of aluminum modules 1 of boss 14, groove 15, brace table 17 owing to adopting, groove 14 coincide with aluminum alloy pattern plate clip 2 partial structurtes, play positioning action, clip can be made by this groove 15 is more accurate, two modules to be connected in aggregates, the work plane of adjacent block is made to be in same plane, the planeness of the large working area of each work plane split composition is very high, meets relevant building instructions for use.Boss 14 and groove 15 is utilized to be combined to form location structure, the aluminum alloy pattern plate clip 2 can guaranteeing to be in clamped condition can not the vertical direction generation relative displacement of work plane by external force along module, ensure that each work plane is in same plane, ensure that the planeness of the large working area that each work plane is combined to form meets building instructions for use.Utilizing brace table 17 on thin aluminium base 11, weld reinforcing rib can not make aluminium sheet local, because of overheated, local distortion occur, and ensures that the planeness of aluminium base work plane meets building instructions for use.On thin aluminium base 11, increase boss 14 structure at more than at least one place for this reason, reinforcing rib 13 is not directly contacted with thin aluminium base 11, because brace table 17 structure makes temperature when being delivered to thin aluminium base 11 be not enough to make thin aluminium base 11 local deform in welding process, thus ensure that the planeness in module work face meets building instructions for use, and brace table 17 is contour with boss 14, reinforcing rib 13 can be made not need processing to ensure, and its one side and boss 14 contact with brace table 17 and ensure its planarization, aluminium base 11 back side continuous print brace table 17 structure further improves the strength and stiffness of aluminium base 11 simultaneously.
Although the present invention describes with reference to specific embodiment, this description not meaning that is construed as limiting the present invention.With reference to description of the invention, other changes of the disclosed embodiments, all can expect for those skilled in the art, this change should belong in appended claims limited range.
Claims (10)
1. an aluminum alloy pattern plate device for building, comprise multiple aluminum modules (1), multiple aluminum modules (1) is assemblied to form described aluminum alloy pattern plate device for building, be connected and fixed by aluminum alloy pattern plate clip (2) between adjacent two aluminum modules (1) in described aluminum alloy pattern plate device for building, it is characterized in that described each aluminum modules (1) comprises aluminium base (11) and the one-body molded side frame plate (12) in this aluminium base (11) direction, the back side, be weldingly fixed on the transverse direction at this aluminium base (11) back side or the reinforcing rib (13) of longitudinal arrangement, wherein, what the middle inside of described each side frame plate (12) was provided with that at least one place matches with the clamping connection mouth of aluminum alloy pattern plate clip (2) rise locates and the boss (14) of fastening effect and groove (15), and each side frame plate medial roof edge of each aluminum modules (1) is provided with the bevelling (16) matched with the clamping ramps of aluminum alloy pattern plate clip (2) (23), and aluminium base (11) back side of each aluminum modules (1) is provided with at least one for being connected and fixed and locating the brace table (17) of reinforcing rib (13), and the end face of the end face of this brace table (17) and boss (14) is in the same plane, it is upper and by being fixedly welded on aluminium base (11) that above-mentioned reinforcing rib (13) lies against the boss (14) of this brace table (17) at aluminium base (11) back side and each side frame plate (12).
2. aluminum alloy pattern plate device for building according to claim 1, it is characterized in that above-mentioned aluminum alloy pattern plate clip (2) comprises left clip (21) and right clip (22), described left clip (21) and right clip (22) link together by rotating shaft (25) is rotating, the front end retaining part of described left clip (21) and right clip (22) have with the side frame plate (12) of aluminum modules (1) boss (14) and clamping face corresponding to groove (15) and locate double smoothing face, the back end grip position of described left clip (21) and right clip (22) has the inclined-plane matched with the bevelling (16) of side frame plate (12) the medial roof edge of aluminum modules (1), described left clip (21) and right clip (22) rear portion are provided with the locking device that the front end retaining part of left clip (21) and right clip (22) can be made to form the side frame plate (12) of the adjacent aluminum modules of clamping two (1).
3. aluminum alloy pattern plate device for building according to claim 2, it is characterized in that above-mentioned locking device comprises the perforation being arranged at left clip (21) rear portion, the tapered wedges (24) that can be placed through up or down in this perforation, the rear portion of the corresponding right clip (22) in face, side of wherein said tapered wedges (24), left clip (21) and right clip (22) (25) rotation around the shaft can be promoted with moving down of tapered wedges (24), make the chuck portion, front end of left clip (21) and right clip (22) form the action of the adjacent Form board frame of clamping two.
4. aluminum alloy pattern plate device for building according to claim 3, it is characterized in that the perforation openings one of above-mentioned left clip (21) upwards extends to form can the baffle plate that moves down of locating latch voussoir (24).
5. aluminum alloy pattern plate device for building according to claim 3, is characterized in that the bottom of above-mentioned tapered wedges (24) is provided with pin-and-hole (241), and this pin-and-hole (241) is built with the pin cylinder (242) that can prevent tapered wedges (24) from departing from above-mentioned perforation.
6. aluminum alloy pattern plate device for building according to claim 2, it is characterized in that above-mentioned locking device comprise be arranged at left clip (21) rear portion perforation, be installed on cam body in this perforation rotationally, the rear portion that can promote right clip (22) with the rotation of cam body in this perforation around the shaft (25) is rotated and makes its chuck portion, front end form the action of the adjacent Form board frame of clamping two.
7. aluminum alloy pattern plate device for building according to claim 6, the side device that it is characterized in that above-mentioned left clip (21) is positioned at its perforation has one for the keeper of convex wheel body slewing area.
8. aluminum alloy pattern plate device for building according to claim 2, is characterized in that being provided with between above-mentioned left clip (21) and right clip (22) resetting means for making its chuck portion, front end be in open state when being provided with locking device effect.
9. aluminum alloy pattern plate device for building according to claim 8, it is characterized in that above-mentioned resetting means is for being set in the back-moving spring (26) in above-mentioned rotating shaft (25), wherein left clip (21) rear portion is fixed in one end of this back-moving spring (26), and its other end is fixed on right clip (22) rear portion.
10. aluminum alloy pattern plate device for building according to claim 8, it is characterized in that above-mentioned resetting means is for being installed on the extension spring between left clip (21) and right clip (22) rear portion, left clip (21) rear portion is fixed in one end of this extension spring, and its other end is fixed on right clip (22) rear portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510199844.8A CN104806006A (en) | 2015-04-25 | 2015-04-25 | Aluminum mold plate device for building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510199844.8A CN104806006A (en) | 2015-04-25 | 2015-04-25 | Aluminum mold plate device for building |
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| CN104806006A true CN104806006A (en) | 2015-07-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201510199844.8A Pending CN104806006A (en) | 2015-04-25 | 2015-04-25 | Aluminum mold plate device for building |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108824807A (en) * | 2018-06-27 | 2018-11-16 | 广州市艺达机械有限公司 | A kind of building form connection clip |
| CN108915240A (en) * | 2018-07-18 | 2018-11-30 | 广州市艺达机械有限公司 | A kind of building plastic plate device |
| CN110439283A (en) * | 2019-07-11 | 2019-11-12 | 广州景兴建筑科技有限公司 | Hole location device is exempted from a kind of splicing of building aluminum alloy pattern plate |
| CN111155436A (en) * | 2020-01-13 | 2020-05-15 | 台州学院 | Bridge formwork laying supporting mechanism |
| CN112096052A (en) * | 2020-08-11 | 2020-12-18 | 南昌航空大学 | Plastic-aluminum board mould system for construction |
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| CN204609289U (en) * | 2015-04-25 | 2015-09-02 | 广州市艺达机械有限公司 | A kind of aluminum alloy pattern plate device for building |
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| CN110439283A (en) * | 2019-07-11 | 2019-11-12 | 广州景兴建筑科技有限公司 | Hole location device is exempted from a kind of splicing of building aluminum alloy pattern plate |
| CN111155436A (en) * | 2020-01-13 | 2020-05-15 | 台州学院 | Bridge formwork laying supporting mechanism |
| CN112096052A (en) * | 2020-08-11 | 2020-12-18 | 南昌航空大学 | Plastic-aluminum board mould system for construction |
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Application publication date: 20150729 |