CN201588340U - Prefabricated light-weight normalization combined external wall/ floor board - Google Patents
Prefabricated light-weight normalization combined external wall/ floor board Download PDFInfo
- Publication number
- CN201588340U CN201588340U CN2009202932289U CN200920293228U CN201588340U CN 201588340 U CN201588340 U CN 201588340U CN 2009202932289 U CN2009202932289 U CN 2009202932289U CN 200920293228 U CN200920293228 U CN 200920293228U CN 201588340 U CN201588340 U CN 201588340U
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- plate module
- exterior wall
- floor plates
- prefabricated
- lamina rara
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Abstract
The utility model discloses a prefabricated light-weight normalization combined external wall/floor board comprising a plate module and an outer layer plate which are integrally formed in a prefabricating manner, wherein the outer layer plate is arranged on the outer surface of the plate module; convex parts and grooves which correspond to each other are respectively formed on two opposite vertical end surfaces and two opposite transverse end surfaces of the plate module; the adjacent side edges of the outer layer plate and the plate module are staggered; a penetrating opening is formed on each transverse end surface; and a connecting rod can be arranged at the penetrating opening. In implementation, contraposition can be carried out by utilizing the convex parts and the grooves correspondingly formed on the plate module and the outer layer plate, then a positioning part is used for connecting and positioning, so that the needed plate layer can be formed through constructing, the effects that the quality and the efficiency of the construction can be improved and the construction cost is lowered can be achieved, and the purposes of heat insulation, heat preservation, acoustic insulation and the like can be achieved due to light performance.
Description
Technical field
The utility model is relevant a kind of prefabricated exterior wall/floor plates, is meant a kind of normalization lightweight combined exterior wall/floor plates of the moulding that is prefabricated in the factory especially.
Background technology
Early stage wall board for building or interval plate, main component is the cement that quality is heavier and resiliency is lower, has overweight and is difficult for shortcoming such as construction molding, when running into earthquake or other external impacts, also is easy to generate the phenomenon of be full of cracks.And wallboard or interval plate by the cement moulding do not have thermal insulation, can't meet the demand of modern carbon reduction.So, a kind of wallboard or interval plate of lightweight were arranged afterwards, weight is light and handy, easy construction, and can keep certain intensity, is therefore generally adopted by this technical field personnel gradually.
Common Light trabs structure main encapsulates with template in the reinforcing bar both sides then earlier in job location planning with lay required reinforcing bar, pours into light cement again between template, tamping the space, thereby molds building structure such as required wallboard or space bar.But the method must directly be constructed in the building site, so the generation of the calculating of raw material, fortune benefit and waste material, all can influence construction quality and progress.In addition, the space, building site is limited, to deposit material, also will provide enough spaces to construct, so the constructor often can't work under stable environment, can influence construction quality and progress equally.
The utility model content
In view of this, technical problem to be solved in the utility model is to provide a kind of prefabricated lighter-gauge combined exterior wall/floor plates, but rapid construction and save construction space.
For solving the problems of the technologies described above, technical solution adopted in the utility model is, a kind of prefabricated lighter-gauge combined exterior wall/floor plates, mainly comprise integrated plate module and lamina rara externa by prefabrication system, described lamina rara externa is located at the outer surface of described plate module, described plate module two opposed on end face, be respectively equipped with the groove of protuberance and corresponding described protuberance, on the two relative transverse end surfaces of described plate module, also be respectively equipped with the groove of protuberance and corresponding described protuberance, wherein, the two abutting end limits of presetting on the described lamina rara externa, with in the same way upright on the described plate module to end face and transverse end surface, the default spacing of being separated by, the two abutting end limits in addition of described lamina rara externa, in the same way upright on the then outstanding respectively described plate module to end face and transverse end surface, and the default spacing of being separated by, make described lamina rara externa and described plate module form the dislocation shape.
Described plate module and described lamina rara externa inside are provided with prefabricated integrated reinforcing bar and are installed in embedded iron parts on the described reinforcing bar, and described embedded iron parts neighbour are located at the inner surface of described plate module.Inner surface both sides in described plate module are respectively equipped with engaging groove, and described engaging groove is adjacent to the surface of described embedded iron parts.On the described transverse end surface of described plate module, offer the port of penetration state.Dispose the connecting rod that is hollow form at described port, and described connecting rod external diameter side is provided with the location division.On the described transverse end surface of described plate module, offer locating slot.Stand on end face the described of described plate module, offer upright to locating slot.At the described upright keeper that is strip to the locating slot configuration.The ora terminalis of described protuberance and described groove is an inclined plane shape.In exterior wall/floor plates outside, setting has the described protuberance of corresponding described plate module or the finishing panel of described groove.The outside at described lamina rara externa is provided with the top layer.
The utility model can be by prefabricated profiled mode, obtain normalized lightweight compartment plate, when combination is provided with, only need the plate module of requirement is transported to the building site by factory, utilize in correspondence with each other protuberance and groove on the described plate module, carry out contraposition with the described junction surface on the described lamina rara externa, utilize described location division to connect the location again, can build the required flaggy of moulding easily.
According to previous designs, the utility model can reach multiple effects such as construction is convenient, quick, saving construction space, and then raising construction quality and efficient, reduce construction cost, and the material behavior by the lightweight material can obtain effects such as antidetonation, heat insulation, insulation, sound insulation, protection against the tide, and reduces the generation of dead meal, wherein the effect of thermal resistance more can reduce the cold air utilization rate, reaches the environment protecting of carbon reduction.
Description of drawings
Fig. 1 is the schematic diagram of the utility model preferred embodiment, and plate module end enlarged diagram;
Fig. 2 is the upright to schematic cross-section of the utility model preferred embodiment;
Fig. 3 is the transverse sectional view of the utility model preferred embodiment;
The schematic diagram that Fig. 4 establishes for the utility model preferred embodiment group;
Fig. 5 locks the schematic diagram of establishing mutually for preferred embodiment of the present utility model, and two adjacent exterior walls/floor plates connected structure enlarged diagram;
Fig. 6 is the enlarged diagram that preferred embodiment of the present utility model and reinforcing bar lock are established;
Fig. 7 is the schematic diagram of preferred embodiment of the present utility model as floor plates.
Description of reference numerals:
1 exterior wall/floor plates, 1a exterior wall/floor plates, 1b exterior wall/floor plates, 1c exterior wall/floor plates, 1d exterior wall/floor plates, 1e exterior wall/floor plates, 10 plate module, 10a is upright to end face, 10b is upright to end face, 10c transverse end surface, 10d transverse end surface, 100 mating faces, 101 protuberances, 102 grooves, 103 protuberances, 104 grooves, 105 reinforcing bars, 106 embedded iron parts, 107 ports, 1070 locating slots, 108 is upright to locating slot, 109 engaging grooves, and 11 lamina rara externas, 11a holds the limit, 11b holds the limit, and 11c holds the limit, and 11d holds limit, 110 junction surfaces, 111 reinforcing bars, 112 top layers, 12 finishing panels, 120 grooves, 121 protuberances, 13 ranks are closed element, 14 joint fasteners, 15 joint fasteners, 16 locking parts, 17 joint fasteners, 2 connecting rods, 2a connecting rod, 20 cylinders, 21 location divisions, 3 reinforcing bars, 4 reinforcing bars, 5 floor steel plates, 6 keepers.
The specific embodiment
For ease of more detailed clear and definite understanding being arranged to the purpose of this utility model, effect and structural feature, list preferred embodiment as described below and conjunction with figs. the explanation as after.
See also Fig. 1 to Fig. 3.
The structure of the utility model prefabricated energy-saving light-weight normalization combined exterior wall/floor plates 1, consist predominantly of the plate module 10 and the lamina rara externa 11 of default specification, adopt prefabrication system, with mineral material such as cement, stone flour, flying dusts, and default additive, and comprise materials such as haydite, lightweight sand, glass fiber and waterproof agent at least, stir the lightweight material that forms through fusion, by casting, pressing mode and the one-body molded structure that goes out to have lightweight, waterproof effect.Wherein, described plate module 10 is the plate body of preset shape, in preferred embodiment of the present utility model, described plate module 10 is to be square type form, relative two upright of described plate module 10 to end face 10a, 10b, be respectively equipped with protuberance 101, and can with the groove 102 of described protuberance 101 contrapositions, at described plate module 10 relative two transverse end surface 10c, 10d, also be respectively equipped with protuberance 103, and can with the groove 104 of described protuberance 103 contrapositions, and the ora terminalis of described protuberance 101,103 and groove 102,104 is inclined plane shape, so that two adjacent plate module 10 engage.
Described plate module 10 inside are provided with and are netted staggered reinforcing bar 105 and are installed in embedded iron parts 106 on the described reinforcing bar 105, described reinforcing bar 105 and described embedded iron parts 106 when prefabricated just and described plate module 10 one-body molded, to improve the structural strength of described plate module 10, and described embedded iron parts 106 is arranged at the place of contiguous described plate module 10 inner surfaces, for the usefulness of described plate module 10 and building iron synosteosis.In addition on the transverse end surface 10c of described plate module 10, offer the port 107 that is equidistant more than or two and is through to transverse end surface 10d, described port 107 has the effect that intercepts outdoor high temperature and guiding thermal current, and can reduce the weight of described plate module 10 whereby, reach the effect of lightweight, can be used as simultaneously build pipeline distribution after the moulding required bury the space underground.And on described transverse end surface 10c, 10d, offer locating slot 1070 through described port 107, and stand on end face 10a, 10b the described of described plate module 10, then offer upright to locating slot 108.
Connecting rod 2 arranged in that described port 107 is configurable, described connecting rod 2 can be single cylinder 20, described cylinder 20 external diameter sides also are provided with two relative location divisions 21, when described connecting rod 2 places described port 107, but described location division 21 clips are in described locating slot 108, form locating effect, described connecting rod 2 is not dropped.
Described connecting rod 2 more can utilize described location division 21 that the described cylinder 20 of described port 107 positions of corresponding respectively described plate module 10 more than two is connected to each other, and then the form of formation connecting rod 2a, so that connect adjacent described plate module 10, structural strength when connecting to increase described plate module 10, and the disposable described port 107 of establishing all correspondences that connects of energy improves efficiency of construction.
Described upright to 108 configurable keepers 6 of locating slot, be embedded at the described upright of adjacent described plate module 10 to locating slot 108, increase the locating effect of described plate module during 10 horizontal connections.
The utility model is in the described port 107 that described connecting rod 2 or cylinder 20 is placed through two adjacent described plate module 10, form the bolt-lock effect, simultaneously, being embedded at two adjacent the described of described plate module 10 by described keeper 6 stands to locating slot 108, make adjacent described plate module 10 in conjunction with the time, can strengthen the location and the firm effect that engage one another, and increase the structural strength of described plate module 10.
Described lamina rara externa 11 be same as described plate module 10 for preset length and width but thickness less than the plate body of described plate module 10, described lamina rara externa 11 is molded directly within described plate module 10 outsides, described lamina rara externa 11 outer surfaces are coated with carbon coating alive, or constitute top layer 112 by the totem that is sticked, stone material or ceramic tile, described top layer 112 when prefabricated and described lamina rara externa 11 one-body molded, described lamina rara externa 11 inside also are provided with the reinforcing bar 111 that can improve structural strength.Wherein, the two abutting end limit 11a that described lamina rara externa 11 is preset, the described of 11c and described plate module 10 stands to face 10a, between the described transverse end surface 10c, be separated with default spacing mutually and form the dislocation shape respectively, simultaneously, with described end limit 11a, the two abutting end limit 11b that 11c is relative, 11d, then the described of outstanding described plate module 10 stands to end face 10b respectively, transverse end surface 10d presets spacing and forms the dislocation shape respectively, so that make and form the junction surface 110 of extending shape on the described lamina rara externa 11, then form on the described plate module 10 can corresponding described junction surface 110 mating face 100, be beneficial to two adjacent described lamina rara externas 11 and carry out contraposition and joint.
See also Fig. 4.As shown in the figure, group is established two adjacent exterior wall/ floor plates 1 and 1a, and when exterior wall/floor plates 1b and 1c, can borrow the described protuberance 101 of described exterior wall/floor plates 1, described groove 102 with described exterior wall/floor plates 1a, carry out contraposition and joint, and to locating slot 108 described keeper 6 is set, the firm effect when engaging to strengthen described standing.Group is established two adjacent described exterior wall/ floor plates 1a and 1b, and 1 and during 1c, can borrow the described protuberance 103 of described exterior wall/floor plates 1, described groove 104 with described exterior wall/floor plates 1b, and borrow the described junction surface 11 of two adjacent described lamina rara externas 11 and described mating face 100 to form contrapositions and rejoin, and in the described connecting rod 2a of described port 107 placements, the firm effect when engaging to strengthen.Described connecting rod 2a also can be cross-placed on two adjacent described exterior wall/floor plates 1 and the described port 107 of 1a, to strengthen the locating effect of horizontal connection; In the slit on described protuberance 101 and described groove 102, described protuberance 103 and described groove 104 and described junction surface 11 and described mating face 100, then can insert adhesive or other jointing materials again, reach sealed engagement and fixing effect.
In addition, above described exterior wall/floor plates 1b, the 1c of top set, the finishing panel 12 of the described groove 120 with corresponding described protuberance 103 external forms can be set, described finishing panel 12 outsides, and extend to form can corresponding described mating face 100 protuberance 121, so as to being bonded on described exterior wall/floor plates 1 top, reaching and modify effect attractive in appearance.
See also Fig. 5.As shown in the figure, on the both sides of described exterior wall/floor plates 1 inner surface, reshaping has engaging groove 109 respectively, and described engaging groove 109 is arranged on the surface of contiguous described embedded iron parts 106; When two adjacent described exterior wall/ floor plates 1 and 1a joint group are established, rank can be closed element 13 and place adjacent described engaging groove 109, placing described rank with locking part 16 again closes element 13 and is solidly connected on the described embedded iron parts 106 of described exterior wall/ floor plates 1 and 1a the fixed effect when engaging one another to strengthen described exterior wall/ floor plates 1 and 1a.
See also Fig. 6.As shown in the figure, described exterior wall/floor plates 1 can directly one-body moldedly form corner B for bending form; Also can be with two adjacent described exterior wall/floor plates 1 and the adjacent ends of 1c, prune respectively and form corresponding hypotenuse, described exterior wall/floor plates 1 and 1c can directly be joined be set as corner A with group.
The reinforcing bar 3 (for example worker's shaped steel) that group is established the described exterior wall/floor plates finished 1 and building in conjunction with the time, only need utilize the pull bead of described reinforcing bar 3 of joint fastener 14 folders of given shape, and place described joint fastener 14 and lock is established to the described embedded iron parts 106 of described exterior wall/floor plates 1 with described locking part 16, can be easily with described exterior wall/floor plates 1 and described reinforcing bar 3 in conjunction with the location.In like manner, corner by described exterior wall/floor plates 1 and the combination of 1c institute, also can utilize the pull bead of described reinforcing bar 3 of joint fastener 15 folder of preset shape, place described joint fastener 15 with described locking part 16 again and lock is established to the described embedded iron parts 106 of described exterior wall/floor plates 1 and obtained identical effect.
See also Fig. 7.The utility model also can be with two adjacent described exterior wall/ floor plates 1,1d, 1e adopts horizontal mode and engages, concrete juncture is as aforementioned, mode by spot welding, floor steel plate 5 is bonded on the building reinforcing bar 4 that is horizontally set with, again on described floor steel plate 5, utilize described connecting rod 2a to place two adjacent described exterior wall/floor plates 1, the described port 107 of 1d, described groove 104 contrapositions with the described protuberance 103 and the described exterior wall/floor plates 1d of described exterior wall/floor plates 1, described protuberance 101 contrapositions with the described groove 102 and the described exterior wall/floor plates 1e of described exterior wall/floor plates 1, and then connect to establish and form a plane, and with described locking part 16 place described floor steel plate 5 and the lock establish to the described embedded iron parts 106 of described exterior wall/floor plates 1, so that with described exterior wall/floor plates 1 and described floor steel plate 5 combination location, according to aforementioned structure, exterior wall/floor plates 1 described in the utility model also can horizontal group be set as type and as floor plates.
In view of the above, the utility model can obtain following beneficial effect:
1, the utility model can be by pre-formed mode, obtain normalized thistle board module, when the construction group is established, only need the plate module of requirement is transported to the building site by factory, utilize on the plate module in correspondence with each other protuberance and groove and lamina rara externa on the junction surface that forms carry out contraposition and winding, can easily required flaggy be built moulding, reach construction convenient, fast, save multiple effect such as construction space, and then improve construction quality and efficient, reduce construction cost;
2, on the plate module in correspondence with each other protuberance and the design of groove and lamina rara externa, the utility model can be with adjacent exterior wall/floor plates, engage to stacked mode with upright, it is upright to the side fascia that is provided with that formation is, also can be with adjacent exterior wall/floor plates, adopt horizontal mode and engage, form horizontally disposed floor plates, so application is very extensive;
3, the utility model is by comprising cement, and the lightweight material that comprises materials process fusion stirring formation such as haydite, lightweight sand, glass fiber and waterproof agent at least, via prefabricated and in addition moulding, the therefore characteristic that can possess the lightweight material has effects such as nontoxic, shatter-proof, sound insulation, waterproof;
4, the port that is provided with on the plate module, can effectively reduce plate module weight, reach the effect of lightweight, and described port can intercept outdoor high temperature and guiding thermal current, make high temperature can directly not pass plate module, make effect of heat insulation good, in addition, described port more can be used as the space of burying underground of building pipeline distribution after the moulding;
5, owing to the utlity model has heat insulation and heat preservation effect, can effectively completely cut off heat and keep interior temperature comfortable, therefore can reduce the utilization rate that cold air and heating installation etc. install, and then reach the environment protecting of carbon reduction;
6, lamina rara externa of the present utility model can be used as the usefulness of contraposition joint, and two adjacent plate module in conjunction with after, the misconstruction on described lamina rara externa and plate module mating face can also prevent effectively that outside water liquid from infiltrating exterior wall/floor plates inboard, reaches to prevent the effect that seeps water;
7, the utility model is the required plate module that is prefabricated in the factory out, transports to the building site again and constructs, and therefore can not produce unnecessary waste material at the construction field (site), can safeguard the building site clean environment, and can meet the environmental protection demand of modernization project.
The above is preferred embodiment of the present utility model only, is not to be used to limit protection domain of the present utility model.
Claims (12)
1. prefabricated lighter-gauge combined exterior wall/floor plates, include integrated plate module and lamina rara externa by prefabrication system, described lamina rara externa is located at the outer surface of described plate module, it is characterized in that, described plate module two opposed on end face, be respectively equipped with the groove of protuberance and corresponding described protuberance, on the two relative transverse end surfaces of described plate module, also be respectively equipped with the groove of protuberance and corresponding described protuberance;
The two abutting end limits of presetting on the described lamina rara externa, with in the same way upright on the described plate module to end face and transverse end surface, the default spacing of being separated by, the two abutting end limits in addition that described lamina rara externa is relative, in the same way upright on the then outstanding respectively described plate module to end face and transverse end surface, and the default spacing of being separated by, make described lamina rara externa and described plate module form the dislocation shape.
2. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that, in described plate module and described lamina rara externa inside, is provided with prefabricated integrated reinforcing bar.
3. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 2, it is characterized in that, in described plate module and described lamina rara externa inside, be provided with the embedded iron parts that is installed on the described reinforcing bar, and described embedded iron parts neighbour is located at the inner surface of described plate module.
4. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 3 is characterized in that, be respectively equipped with engaging groove on the inner surface both sides of described plate module, and described engaging groove is adjacent to the surface of described embedded iron parts.
5. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that, on the described transverse end surface of described plate module, offers the port of penetration state.
6. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 5 is characterized in that, dispose the connecting rod that is hollow form at described port, and described connecting rod external diameter side is provided with the location division.
7. as claim 1 or 5 described prefabricated lighter-gauge combined exterior wall/floor plates, it is characterized in that, on the described transverse end surface of described plate module, offer locating slot.
8. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that, stands on end face the described of described plate module, offers upright to locating slot.
9. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 8 is characterized in that, at the described upright keeper that is strip to the locating slot configuration.
10. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that the ora terminalis of described protuberance and described groove is an inclined plane shape.
11. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that, in exterior wall/floor plates outside, setting has the described protuberance of corresponding described plate module or the finishing panel of described groove.
12. prefabricated lighter-gauge combined exterior wall/floor plates as claimed in claim 1 is characterized in that, is provided with the top layer in the outside of described lamina rara externa.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202932289U CN201588340U (en) | 2009-12-11 | 2009-12-11 | Prefabricated light-weight normalization combined external wall/ floor board |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202932289U CN201588340U (en) | 2009-12-11 | 2009-12-11 | Prefabricated light-weight normalization combined external wall/ floor board |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201588340U true CN201588340U (en) | 2010-09-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202932289U Expired - Fee Related CN201588340U (en) | 2009-12-11 | 2009-12-11 | Prefabricated light-weight normalization combined external wall/ floor board |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201588340U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107700697A (en) * | 2017-09-27 | 2018-02-16 | 刘国红 | A kind of exterior wall prefabricated construction |
-
2009
- 2009-12-11 CN CN2009202932289U patent/CN201588340U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107700697A (en) * | 2017-09-27 | 2018-02-16 | 刘国红 | A kind of exterior wall prefabricated construction |
| CN107700697B (en) * | 2017-09-27 | 2019-04-19 | 刘国红 | A kind of exterior wall prefabricated construction |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100922 Termination date: 20171211 |