CN100422454C

CN100422454C - Steel reinforced concrete slab

Info

Publication number: CN100422454C
Application number: CNB2006100599668A
Authority: CN
Inventors: 邱则有
Original assignee: Individual
Current assignee: Hunan Qiuzeyou Patent Strategy Planning Co Ltd
Priority date: 2002-04-30
Filing date: 2002-04-30
Publication date: 2008-10-01
Anticipated expiration: 2022-04-30
Also published as: CN100434609C; CN1693630A; CN1827944A; CN1847562A; CN100441804C; CN1827965A; CN1827942A; CN1847572A; CN100445494C; CN100455746C; CN100441801C; CN100445489C; CN1847560A; CN1693634B; CN100455747C; CN1827943A; CN100346041C; CN1827967A; CN100445495C; CN1827946A

Abstract

The present invention relates to a steel reinforced concrete plate which comprises steel reinforced concrete and a stereo shuttering wrapped in the steel reinforced concrete, wherein the stereo shuttering comprises an upper top plate (1), a surrounding side wall (2) and a lower base (3) which are mutually connected to form a polyhedral sealed cavity (4). The present invention is characterized in that the periphery of the lower base (3) or the upper top plate (1) or the peripheries of both the lower base (3) and the upper top plate (1) are extended with exposed anchoring ribs (24), or exposed nets (25) or both of the anchoring ribs (24) and the exposed nets (25). The present invention is suitable for various hollow concrete structures, such as floors, roofs, foundation plates, concrete walls, bridges, etc., and is particularly suitable for hollow concrete roof engineering.

Description

A kind of Cast-in-place concrete floor

The application for the applying date be that April 30, application number in 2002 are 200510073676.4, name is called the dividing an application of application for a patent for invention of " a kind of stereo froce bearing form work for reinforced concrete ".

(1) technical field

The present invention relates to a kind of Cast-in-place concrete floor.

(2) background technology

Advantages such as at present, the building of brick mix structure and frame construction major part adopts precast hollow slab as floor structure, and it is fast that this floor structure has speed of application, and cost is low.But, only use the cement mortar joint filling, thereby globality is poor, is unfavorable for antidetonation, and phenomenons such as slit cracking, infiltration often occur owing to firmly do not link between adjacent two precast hollow slabs.For addressing the above problem, a lot of building have adopted the method for Cast-in-place concrete floor (solid, hollow), have solved problems such as antidetonation, cracking and infiltration preferably, but this class floor slab construction relative difficult, and cost is higher relatively.The patent No. is " shuttering member " utility model patent of 93206310.1, a kind of a kind of prefabricated noggin piece that is used for industry and the close rib cavity of civilian construction floor is disclosed, it by upper base, go to the bottom and sidewall constitutes, sidewall all around and upper base, the totally-enclosed cavity polyhedral structure of the formation of going to the bottom, be provided with self support strength of ribs with the enhancement mode mould component in the die housing, formwork self is cracky not.During construction, by designing requirement, shuttering member is placed on the supporter of floor gap, reserve the certain clearance space between shuttering member, arrange reinforcing bar, and pour into a mould that shuttering member promptly constitutes all very smooth whole floor slab structure of upper and lower surface with reinforced concrete with cement, shuttering member in floor be internal mold be again to fill supporting member, construction saves trouble, easy.But this shuttering member is because its inner ribs that is provided with is board-like ribs, weight is heavier relatively, material consumption is big, simultaneously its board-like ribs has only been considered not cracky or only satisfy the requirement of construction resistance to compression load of formwork upper plate, do not consider formwork is designed to the primary load bearing member, constitute common stressed structural system with cast-in-situ concrete structure combination, with resist the drawing of various complexity, press, cut, turn round, the effect of external force such as vibration.European patent number is EP0884427A2, international Patent classificating number is E04B5/21, name is called the european patent application of " A better solution for the concreteboxes normally used in the fungiform pavements ", related to relevant with reclaiming plastics manufacturing concrete hollow mould shell, this formwork is by upper plate, the sidewall and the formation of going to the bottom on every side, upper plate, sidewall and going to the bottom is connected to each other and constitutes the polyhedron enclosed cavity on every side, in cavity, be provided with the rod member of 5 hollow taper shapes under shed, this rod member with go to the bottom and all around sidewall be single injection-molded, upper plate is connected with sidewall all around by bolt and forms plastic form integral body.Equally, this kind plastic form has only been considered not cracky or only satisfy the requirement of construction resistance to compression load of formwork upper plate, though its taper shape is to the conveniently nestable transportation of hollow rod member of under shed, but do not consider formwork is designed to the primary load bearing member, constitute common three-dimensional stressed structural system with the cast-in-situ concrete structure combination, to resist the effect that to resist lower pulling force and horizontal shear etc. in the effect of various complicated outside force, particularly formwork.Therefore, develop a kind of novel Cast-in-place concrete floor for being badly in need of.

(3) summary of the invention

The object of the present invention is to provide a kind of Cast-in-place concrete floor, can and constitute common stressed structural system, resist various complicated outside force effects, also have in light weight, characteristics such as material consumption is few, simple in structure, convenient construction and transport simultaneously with Cast-in-place concrete combination.

Solution of the present invention is on the basis of existing technology, comprise Cast-in-place concrete, three-dimensional formwork, three-dimensional formwork is filled in the Cast-in-place concrete floor, three-dimensional formwork comprises upper plate, sidewall and going to the bottom on every side, upper plate, sidewall and going to the bottom is connected to each other and constitutes the polyhedron enclosed cavity on every side, rod member more than at least one is arranged in cavity, rod member and upper plate or on every side sidewall or go to the bottom between be connected, it is characterized in that from go to the bottom or upper plate or base that both choose around be extended with and reveal anchor rib or reveal net or be extended with both simultaneously.Like this, formwork can form integral body with the Cast-in-place concrete bonding better, improves overall performance and has reached purpose of the present invention, is applicable in the hollow concrete structures such as various superstructures, roof system, sole plate, concrete wall, bridge, is specially adapted in the hollow concrete superstructure engineering.

Feature of the present invention is that also rod member is curvilinear rod, folding mast, cable, uniform section straight-bar, the solid straight-bar of variable cross-section, upper shed hollow stem or its combination, the perhaps combination of hollow straight-bar of variable cross-section and above-mentioned rod member.Wherein, it is stressed that curvilinear rod is more suitable in formwork arch; Folding mast more is applicable in the special-shaped formwork; Cable more is applicable to tension, and as adopting the sheath cable, then its durability is better; Straight-bar is economized with material, and power transmission is direct, and it draws, presses performance all good, also can apply prestressing force; Upside open hollow bar can make Cast-in-place concrete and the interior stressed member of formwork be combined into one, and forms the common force structure of mutual build-in, and the variable cross-section hollow stem should not use separately, is used in combination preferable with other; And, because at least one brace the drawknot up and down rod member of drawknot and upper plate or sidewall or go to the bottom are on every side arranged, thereby this formwork can constitute common stressed structural system with the Cast-in-place concrete combination, to resist drawing of various complexity, press, cut, the effect of external force such as turn round, constitute the hollow force transferring structure of darknet frame concrete, and the shock resistance of floor, anti-vibration, anti-point load, crack resistance improves greatly, the corresponding steel content that reduces floor, the concrete consumption, improve the plane stiffness of floor, strengthen the structural strength of formwork and Cast-in-place concrete, also have in light weight simultaneously, material consumption is few, simple in structure, characteristics such as convenient construction and transport

Feature of the present invention also is to be provided with at least more than one the triangle rod member truss element or the rod member that joins more than two that is made of many rod members in die housing.Like this, because the triangular truss unit is stable geometric shapes, then the intensity of formwork and rigidity further improve, and the performance of the stressed power transmission of formwork participation Cast-in-place concrete is better, and formwork is in light weight, and material consumption is few, and stability is better.

Feature of the present invention is that also a plurality of truss elements in the die housing constitute truss, truss element is orthogonal thereto each other, oblique, parallel, shaped form engages, butt joint is arranged, perhaps three-dimensional spatial arrangement, perhaps height layout straggly also simultaneously, perhaps above-mentioned combination.Like this, formwork can design, make up the rod member in it according to the needs that reality is used fully, to satisfy the needs of different use occasions, different stressing conditions.

Feature of the present invention is that also truss element or truss are rope bar truss, plane frame, space truss, space truss, the rod member truss that the fixed quadrangle of joint, pentagon, hexagon constitute.Like this, the form of truss element or truss is more, can select flexibly to use according to actual mode of occupation, make things convenient for design and construction, and formwork is stressed, power transmission is more even, and upper plate can bear point load.

Feature of the present invention is that also the push rod of truss element is upper plate or the reinforcing rib on it, and perhaps the bottom bar of truss element is to go to the bottom or the reinforcing rib on it, and perhaps the push rod of truss element, bottom bar are upper plate simultaneously respectively, go to the bottom or the reinforcing rib on it.Like this, the push rod of truss member or bottom bar can omit accordingly, and truss is become simply, and easy to make, cost is lower.

Feature of the present invention also is to have in the formwork cavity at least one rod member to be extended with shaft or rod end outside die housing or reveals anchor rib or reveal net or concavo-convex mesh iron plate or above-mentioned combination.Like this, rod member in the die housing and the bonding between the Cast-in-place concrete and build-in are better, the bond strength and the collaborative work that have solved the combination interface between prefabricated and the Cast-in-place concrete preferably, and its stress performance, overall performance are higher.

The cross sectional shape that feature of the present invention also is rod member is circle, annular, square, prolate type, hollow, L shaped, flute profile, I-shaped, porous shape.Like this, the cross sectional shape of rod member can be selected flexibly according to actual loading and manufacture craft, is convenient to produce and actual the use.

Feature of the present invention is that also the cross sectional shape of rod member is that ring is hollow, the honeycomb hollow.

Feature of the present invention is that also rod member is a variable cross-section shape, perhaps simultaneously also along the axis reducing of rod member.

Feature of the present invention is that also rod member is compound rod or coupled pole.Compound rod can be two also having reinforcing rib on cogroup bar combination or the bar simultaneously, or by the rod member combination of individual material properties.Coupled pole has plane stratiform coupled pole, around stratiform coupled pole, different performance material coupled pole.Like this, the intensity and the rigidity of rod member further improve, and stressed transmission force property is better, and rod member is difficult for unstability, and the performance speciality of various rod members and material all can be given full play to.

Feature of the present invention is that also coupled pole is that the coupled pole that strengthens surface layer is fixed or is pasted with on the rod member surface, the enhancing surface layer is metal sheet roof covering, carbon fiber board, glass fiber reinforced plastic thin plate, fibre cloth, fibrous mesh cloth or steel fibre, perhaps strengthens to also have anchoring pin or hole on the surface layer simultaneously.Like this, the intensity and the rigidity of rod member improve greatly, and stressed transmission force property is better.

Feature of the present invention also be to interconnect between the rod member self or and upper plate or on every side sidewall or go to the bottom between be connected to splicing, welding, wire connection, snapping, clamping, riveted joint, hinged, perforation anchor connection or global formation or above-mentioned combination.Like this, make the making of shuttering member very convenient, easy to implement, cost is low.

Feature of the present invention is that also around the formwork at least one sidewall has at least more than one boss, and boss is solid boss or hollow boss.Like this, the Cast-in-place concrete rod member between the boss constitutes the cast-in-place dark rib of truss each other, and making the concrete hidden rib between the formwork is the dark rib of truss-like, dark rib weight saving, and stress performance improves.

Feature of the present invention also is also to be filled with light material in the described hollow boss.Like this, the Cast-in-place concrete rod member between the boss constitutes the cast-in-place dark rib of truss each other, and making the concrete hidden rib between the formwork is the dark rib of truss-like, dark rib weight saving, and stress performance improves.

Feature of the present invention also is to have the rod member more than at least 1 at least one boss.Like this, the rod member in the boss participates in the stressed of the cast-in-place concrete hidden rib of truss-like, makes stress performance more reliable.

Feature of the present invention also is to have on the boss to be revealed anchor rib or reveals rod end or both combinations.

Feature of the present invention also be sidewall around or upper plate or go to the bottom at least one in or external surface reinforcing rib is arranged, reinforcing rib is hollow or solid.Like this, because reinforcing rib is arranged, the intensity and the rigidity of formwork further improve, and the build-in between the Cast-in-place concrete is more firm, and it is better that formwork participates in performance stressed, power transmission.

Feature of the present invention also be sidewall around or upper plate or go to the bottom at least one in or external surface reinforcing rib is arranged, reinforcing rib be just, consistency of thickness or do not wait.

Feature of the present invention also is upper plate or sidewall or both external surfaces are undaform, zigzag, impression shape, plucking shape rough surface on every side.Like this, can improve the adhesion stress between shuttering member and the Cast-in-place concrete better, improve the overall performance of Cast-in-place concrete.

Feature of the present invention is that also formwork that upper plate and sidewall on every side form is one deck cementitious matter one deck fiber or the cloth superimposed each other layer structure more than two layers of one deck cementitious matter again.Like this, shuttering member is by fiber reinforcement, and its intensity and rigidity increase greatly, and makes easily.

Feature of the present invention is that also the formwork of upper plate or sidewall formation on every side is the composite construction that the truss single or double is wrapped up in rete outward, or honeycomb hole skeleton single or double is wrapped up in the composite construction of rete outward.Like this, formwork is a hollow wall, and the weight of formwork is further alleviated, and cost reduces, and it is more convenient easy to construct.

Feature of the present invention is that also the upper plate of formwork and sidewall on every side are the single peviform thing of one or the peviform thing that constitutes more than two module components.Like this, the making of formwork is easier, convenient, cost is lower.

Feature of the present invention also is to go to the bottom or upper plate or both outwards choose from sidewall on every side simultaneously and the base arranged, perhaps above-mentioned combination.Like this, also be extended with the base simultaneously if go to the bottom, then dark rib template can be served as in the base, can further reduce construction cost.

Feature of the present invention also be to go to the bottom or go to the bottom the base chosen with upper plate around be zigzag, waveform, hypotenuse shape, step, perhaps the base also be extended with simultaneously reveal anchor rib, reveal net, fiber exposure silk, anticracking grid cloth, a Cracking-proof belt sour jujube iron plate, dovetail shaped iron plate or press mesh iron plate or their combination.Like this, the bonding of base and Cast-in-place concrete is more firm, and globality is better.

Feature of the present invention also is sidewall and upper plate on every side, be connected to gluing, welding, wire connection, snapping, clamping, riveted joint, hinged, perforation anchor connection or global formation or above-mentioned combination between going to the bottom.Like this, the making of shuttering member is more convenient easily, and cost is lower.

Feature of the present invention also is to be provided with in the die housing a slice stiffening rib at least, and stiffening rib is solid or hollow.Like this, the intensity and the rigidity of formwork are further strengthened, and are specially adapted to shuttering member and participate in stressed bigger occasion.

Feature of the present invention is that also there is reinforcing rib the side of stiffening rib.Like this, the intensity of stiffening rib and rigidity improve, but the thickness of attenuate stiffening rib correspondingly, and material is saved in weight reduction.

Feature of the present invention also is upper plate, the surface of sidewall, lower shoe, stiffening rib, reinforcing rib is fixed or is pasted with reinforcing band or strengthens surface layer on every side, reinforcing band or enhancing surface layer are metal sheet, carbon fiber board, glass epoxy, cloth or steel wire, and perhaps reinforcing band or enhancing surface layer also have the anchoring pin simultaneously.Like this, the intensity and the rigidity of formwork improve greatly, its integral body stressed, transmission force property is better.

Feature of the present invention also is upper plate, the surface of sidewall, lower shoe, stiffening rib, reinforcing rib is fixed or is pasted with reinforcing band or strengthens surface layer on every side, reinforcing band or enhancing surface layer are fibrous mesh cloth, and perhaps reinforcing band or enhancing surface layer also have the anchoring pin simultaneously.

Feature of the present invention is that also an end of three-dimensional formwork is thinner, and the other end is thicker, perhaps go to the bottom or stiffening rib one end thinner, the other end is thicker.This kind formwork is applicable near wall, post, beam limit; To then correspondingly improve effective converting thickness of concrete than a thin end near wall, post, beam limit during construction.

Feature of the present invention also is to go to the bottom, upper plate, in sidewall, rod member, reinforcing rib, the stiffening rib reinforce is arranged on every side, and reinforce is fiber, cloth, nonwoven, reinforcing bar, steel mesh reinforcement, gauze wire cloth or its combination.Like this, owing in the formwork reinforce is arranged, thereby its intensity, rigidity, impact toughness improves greatly, and whole stressed, transmission force property is greatly improved.

Feature of the present invention also is to go to the bottom, upper plate, in sidewall, rod member, reinforcing rib, the stiffening rib reinforce is arranged on every side, and reinforce is fibrous mesh cloth, prestressed reinforcement or its combination.

Reinforcing bar in feature of the present invention also is to go to the bottom in reinforcing bar and rod member or the stiffening rib is connected.Like this, the overall performance of formwork, stressed transmission force property are better.

Feature of the present invention is that also the interior stiffening rib of die housing is from sidewall or upper plate are extended with the dew anchor rib or reveal net or reveal rib or their combination on every side.Like this, bonding and build-in between stiffening rib and the Cast-in-place concrete are better, and stress performance, globality improve.

Feature of the present invention is that also the face shaping of three-dimensional formwork is cuboid, square, pentagon body, hexagon body or cylinder.Like this, design and construction unit can select as required flexibly, makes things convenient for design and construction.

Feature of the present invention is that also upper plate and sidewall on every side are plastic foil, plastic plate, composite membrane, GRC plate, metal crimp template, cement fibrolite plate, cellular board, perspex steel, waterproof board, sawdust board, concrete plate, reinforcing bar or steel wire concrete plate or mortar plate.

Feature of the present invention is that also rod member is reinforcing bar mortar bar, steel bar concrete bar, steel pipe, sheetmetal concrete bar, prestressing force bar, ring bar, fiberglass rod, GRC bar, carbon fiber bar, reinforcing bar, plastic bar, vertical masonry joint metal tube, spirally-seamed metal tubing, steel wire webmaster, glass fiber stringing, glass reinforced plastic pipe, tube wall perforated pipe, composite metal-plastic pipe, hollow concrete mortar pipe, reinforcing bar light weight concrete construction enhancement mode pipe or steel pipe concrete pipe.Can give full play to steel pipe tension and the measuring body advantage separately of concrete as the steel pipe concrete bar, eliminate the defective easy to break of ultra-thin pipe, the unidirectional resistance to compression of concrete becomes the three-dimensional resistance to compression, and compressive strength can improve 3～8 times.

Feature of the present invention is that also three-dimensional formwork is provided with handle.Like this, construct, carry more convenient.

Feature of the present invention is that also three-dimensional formwork is provided with drag hook, wire drawing, suspender member, embedded iron parts, deep gouge, reserving hole, pre-buried conduit, junction box, water pipe, air chimney or their combination.Like this, more convenient follow-up construction, finishing.

Feature of the present invention also is to be provided with in the cavity soundproof course or is filled with light material, and light material is lightweight concrete or expanded perlite or expanded vermiculite or rock wool or foamed plastics.Like this, the sound insulation of formwork, insulation heat-insulating property are better, more are applicable to sound insulation, the adiabatic occasion of insulation.

Feature of the present invention also be rod member be upper plate, on every side sidewall or go to the bottom on reinforcing rib.

Feature of the present invention is worn the muscle hole in also being to go to the bottom.

Four, description of drawings

Fig. 1 is one of three-dimensional formwork structural representation of using in the reinforced concrete slab of the present invention, and 1 is upper plate, 2 be around sidewall, 3 for going to the bottom, 4 is enclosed cavity, 5 is rod member, in other accompanying drawing, numbers identically, its explanation is identical.Shown in Figure 1, in formwork, be provided with 5,2 folding masts 5 of 5 uniform section straight-bars.

Fig. 2 is two of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with 4 curvilinear rod 5 in formwork.

Fig. 3 is three of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 that is provided with in formwork has uniform section straight-bar, the solid straight-bar of variable cross-section, upper shed hollow stem, cable.

Fig. 4 is four of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and a plurality of truss elements 6 are arranged in formwork.

Fig. 5 is five of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with handing-over rod member 7 in formwork.

Fig. 6 is six of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, outside die housing, be extended with the rod end 8 of rod member 5, and rod member 5 is hollow rod member, after formwork is applied in the Cast-in-place concrete floor, concrete can enter in the rod member 5, with rod member 5 mutual build-ins, will go to the bottom 3 with Cast-in-place concrete be connected to form integral body, the overall performance of its floor improves, and the formwork participation is stressed, transmission force property is better.

Fig. 7 is seven of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, outside die housing, be extended with the rod end 8 of rod member 5, and the anchor rib 9 of revealing is arranged, and the shaft of rod member 5, they can with Cast-in-place concrete bond better form whole, formwork stressed, transmission force property is better.

Fig. 8 is eight of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, a plurality of truss elements 6 in formwork have constituted truss 10, the orthogonal thereto each other butt joint of truss element 6 engages arranges, is provided with rod member 5 improves truss 10 as diagonal brace globality simultaneously.

Fig. 9 is nine of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the cross sectional shape of rod member 5 is circular, also can be the square, I-shaped etc. of other.

Figure 10 is ten of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is the coupled pole that the stratiform of MULTILAYER COMPOSITE is strengthened.

Figure 11 is 11 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is interiorly to be the coupled pole of sheet steel pipe outward for steel bar concrete, or steel pipe also scribbles lumarith or fire resistant coating outward.

Figure 12 is 12 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is the compound rod of many round bars.

Figure 13 is 13 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and coupled pole 5 is fixed with the coupled pole that strengthens surface layer 11 for the rod member surface, and strengthens and also have anchoring pin 12 on the surface layer 11 simultaneously.

Local enlarged diagram for Figure 13.

Figure 14 is 14 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and coupled pole 5 strengthens surface layer 11 for the rod member surface is pasted with.

Figure 15 is 15 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and truss 10 is a rope bar truss, and rod member 5 is extended with rod end 8.

Figure 16 is 16 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and truss 10 is fixed quadrangle truss, and rod member 5 is extended with shaft.

Figure 17 is 17 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for truss 10 and upper plate 1 with 14 connect for glued being connected between 3 of going to the bottom, the connection 13 between the rod member 5 is a global formation.

Figure 18 is 18 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the truss 10 that constitutes for rod member 5 and upper plate 1 and being connected between 3 of going to the bottom 14 are the anchor connection of boring a hole, and the connection 13 between the rod member 5 is a global formation.

Figure 19 is 19 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the push rod 5 of truss 10 omits, utilizes upper plate 1 directly as push rod 5.

Figure 20 is 20 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is that the bottom bar 5 of truss 10 omits, and utilizes and goes to the bottom 3 directly as bottom bar 5.

Figure 21 is 21 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for four sidewalls 2 on every side all have 2 boss 15, one side and 3 choose base 26 is arranged of going to the bottom.

Figure 22 is 22 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for four sidewalls 2 on every side all have 2 boss 15, and in each boss 15 2 rod members 16 is arranged, and 3 two limits of going to the bottom are chosen base 26 is arranged.

Figure 23 is 23 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and on the sidewall 2 solid reinforcing rib 17 being arranged on every side, and its thickness is up-small and down-big.

Figure 24 is 24 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for reinforcing rib 17 is arranged on the upper plate 1, go to the bottom 3 around choose base 26 arranged.

Figure 25 is 25 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is the reinforcing rib 17 that has height, thickness not to wait on the upper plate 1; Reinforcing rib 17 is arranged on the sidewall 2, also is rod member 5 simultaneously, and both unite two into one.

Figure 26 is 26 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the external surface of sidewall 2 be the undaform external surface.

Figure 27 is 27 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the external surface of sidewall 2 be plucking shape rough surface.

Figure 28 is 28 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the formwork that forms for upper plate 1 and sidewall 2 on every side is one deck cementitious matter 11 one deck cloth 12 superimposed each other layer structures more than two layers of one deck cementitious matter 11 again.

Figure 29 is 29 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the formwork that forms of sidewall 2 be one deck truss 20 two-sided outer composite constructions of wrapping up in rete 21.

Figure 30 is 30 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the formwork that forms of sidewall 2 be the composite construction that one deck honeycomb hole skeleton 22 single faces are wrapped up in rete 21 outward.

Figure 31 is 31 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for the upper plate 1 of formwork is the square peviform thing that 4 module components constitute with sidewall 2 on every side, the shaft of rod member 5 exposes on upper plate 1, and the anchor rib 9 of revealing is arranged on it.

Figure 32 is 32 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is embedded with steel mesh reinforcement reinforce 23 for going to the bottom in 3, is embedded with gauze wire cloth reinforce 23 in upper plate 1 and the sidewall 2.

Figure 33 is 33 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1, sidewall 2 and go to the bottom and be embedded with gauze wire cloth and fabric reinforcement 23 simultaneously in 3.

Figure 34 is 34 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 is extended with and reveals anchor rib 24 for going to the bottom, and also choosing simultaneously has base 26.

Figure 35 is 35 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 chooses the net 25 of revealing is arranged for going to the bottom, and also choosing simultaneously has base 26.

Figure 36 is 36 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are step, are extended with simultaneously and reveal anchor rib 24.

Figure 37 is 37 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are zigzag, are extended with simultaneously and reveal anchor rib 24.

Figure 38 is 38 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are hypotenuse shape, are extended with simultaneously and reveal anchor rib 24.

Figure 39 is 39 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 chooses base 26 is arranged for going to the bottom, and is extended with simultaneously and reveals net 25, and also be extended with fibre 27, anti-cracking cloth 28.

The local enlarged diagram on expression base 26.B-1 represents

An example of local enlarged diagram, expression base 26 is extended with fibre 27, anti-cracking cloth 28; B-2 also represents

Another example of local enlarged diagram, what stretched out on expression base 26 also can be a Cracking-proof belt sour jujube iron plate 29; B-3 also is expression

Another example of local enlarged diagram, expression has a Cracking-proof belt sour jujube iron plate 29 on the base 26.

Figure 40 is 40 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for sidewall 2 on every side and upper plate 1, being connected between 3 of going to the bottom 30 connect for glued.

Figure 41 is 41 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for sidewall 2 on every side and upper plate 1, going to the bottom is connected 30 for being welded to connect between 3.

Figure 42 is 42 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the solid stiffening rib of a slice 31 in the die housing.

Figure 43 is 43 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the hollow stiffening rib of a slice 31 in the die housing.

Figure 44 is 44 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the hollow stiffening rib of a slice 31 in the die housing.

Figure 45 is 45 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the solid stiffening rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.

Figure 46 is 46 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the hollow reinforced rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.

Figure 47 is 47 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the hollow reinforced rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.

Figure 48 is 48 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the face shaping of 3 D force bearing mould case is a cuboid.

Figure 49 is 49 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the face shaping of 3 D force bearing mould case is the hexagon body.

Figure 50 is 50 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for the right-hand member of 3 D force bearing mould case is thinner, left end is thicker.

Figure 51 is 51 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals anchor rib 33 for stiffening rib 31 is extended with from upper plate 1.

Figure 52 is 52 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for stiffening rib 31 from upper plate 1 and on every side sidewall 2 be extended with and reveal net 34.

Figure 53 is 53 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals anchor rib 33 for stiffening rib 31 is extended with from upper plate 1.

Figure 54 is 54 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals rib 35 for stiffening rib 31 is extended with from upper plate 1, and is extended with simultaneously and reveals net 34; Go to the bottom and 3 choose base 26 is arranged, and the muscle 24 of revealing and a Cracking-proof belt sour jujube iron plate 29 are arranged.

Figure 55 is 55 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with handle 36.

Figure 56 is 56 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with drag hook 37, wire drawing 38.

Figure 57 is 57 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with wire drawing 38, suspender member 39, embedded iron parts 40.

Figure 58 is 58 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with deep gouge 41, reserving hole 42, air chimney 46.

Figure 59 is 59 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with pre-buried conduit 43, junction box 44, water pipe 45.

Figure 60 is 60 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the surface of the upper plate 1 of formwork and lower shoe 3 is pasted with reinforcing band 47, is fixed with on the sidewall 2 to strengthen surface layer 48, and anchoring pin 49 is arranged simultaneously.

Figure 61 is 61 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and reinforcing bars and rod member 5 in 3 link to each other with reinforcing bar in the stiffening rib 31 in order to go to the bottom.

Figure 62 is 62 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with soundproof course 50 in the formwork cavity 4.

Figure 63 is 63 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being filled with expanded perlite 51 in the formwork cavity 4.

Figure 64 is 64 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with the hole 52 of wearing muscle in 3 going to the bottom.

Figure 65 is 65 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod end 8 of revealing is arranged on boss 15, and the anchor rib 9 of revealing is arranged.

Figure 66 is 66 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, represent that also upper plate 1 and sidewall 2 on every side are one, will be with truss 10, going to the bottom 3 is about to connect into whole view, it is gone to the bottom and 3 chooses base 26 is arranged, and the muscle 24 of revealing is arranged, reveals net 25.

Figure 67 is 67 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the net 25 of revealing is arranged.

Figure 68 is 68 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.

Figure 69 is 69 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.

Figure 70 is 70 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and a Cracking-proof belt sour jujube iron plate 29 is arranged on the base.

Figure 71 amplifies the user mode structural representation for the part that Figure 70 C is ordered, rod member 5 is the upward opening hollow stem, be cast with cast-in-situ reinforced concrete in it, rod member 5 forms steel pipe steel bar concrete bar behind casting reinforced concrete, makes to go to the bottom by rod member 53 to be connected to form integral body with the cast-in-situ reinforced concrete of upper plate 1.

Figure 72 is 71 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, also be its go to the bottom 3 linked into an integrated entity with upper plate 1 with truss 10, the housing that forms of sidewall 2 is about to connect into whole view all around.

Figure 73 is 72 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with simultaneously and reveals muscle 24.

Figure 74 is 73 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with base 26 simultaneously, and is extended with and reveals net 25.

Figure 75 is 74 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 of the truss 10 in its cavity is extended with rod end 8 from four angles of formwork respectively.

Figure 76 is 75 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 of the truss 10 in its cavity is extended with rod end 8 from four angles of formwork respectively, and upper plate 1, goes to the bottom and 3 choose base 26 is arranged.

(5) specific embodiment

The present invention is further illustrated below in conjunction with drawings and Examples.

The present invention as shown in drawings, comprise Cast-in-place concrete, three-dimensional formwork, three-dimensional formwork is filled in the Cast-in-place concrete floor, three-dimensional formwork comprises upper plate 1, sidewall 2 and go to the bottom 3 on every side, upper plate 1, sidewall 2 and go to the bottom and 3 be connected to each other and constitute polyhedron enclosed cavity 4 on every side, rod member 5 more than at least one is arranged in cavity 4, rod member 5 and upper plate 1 or sidewall 2 or go to the bottom and be connected 14 between 3 on every side, it is characterized in that from go to the bottom 3 or upper plate 1 or base 26 that both choose around be extended with and reveal anchor rib 24 or reveal net 25 or be extended with both simultaneously.Fig. 1 is one of three-dimensional formwork structural representation of using in the reinforced concrete slab of the present invention, and 1 is upper plate, 2 be around sidewall, 3 for going to the bottom, 4 is enclosed cavity, 5 is rod member, in other accompanying drawing, numbers identically, its explanation is identical.Figure 34 is 34 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 is extended with and reveals anchor rib 24 for going to the bottom, and also choosing simultaneously has base 26.Figure 35 is 35 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 is extended with and reveals net 25 for going to the bottom, and also choosing simultaneously has base 26.Figure 66 is 66 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, represent that also upper plate 1 and sidewall 2 on every side are one, will be with truss 10, going to the bottom 3 is about to connect into whole view, it is gone to the bottom and 3 chooses base 26 is arranged, and the muscle 24 of revealing is arranged, reveals net 25.Figure 67 is 67 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the net 25 of revealing is arranged.Figure 68 is 68 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.Figure 69 is 69 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.Figure 73 is 72 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with simultaneously and reveals muscle 24.Figure 74 is 73 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with base 26 simultaneously, and is extended with and reveals net 25.

Feature of the present invention is that also rod member 5 is curvilinear rod, folding mast, cable, uniform section straight-bar, the solid straight-bar of variable cross-section, upper shed hollow stem or its combination, the perhaps combination of hollow straight-bar of variable cross-section and above-mentioned rod member.Fig. 2 is two of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with 4 curvilinear rod 5 in formwork.Fig. 3 is three of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 that is provided with in formwork has uniform section straight-bar, the solid straight-bar of variable cross-section, upper shed hollow stem, cable.

Feature of the present invention also be in die housing, to be provided with constitute by many rod members 5 at least more than one triangle rod member truss element 6 or more than two the handing-over rod member 7.Fig. 4 is four of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and a plurality of truss elements 6 are arranged in formwork.Fig. 5 is five of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with handing-over rod member 7 in formwork.

Feature of the present invention is that also a plurality of truss elements 6 in the die housing constitute truss 10, truss element 6 is orthogonal thereto each other, oblique, parallel, shaped form engage, butt joint is arranged, perhaps three-dimensional spatial arrangement is perhaps gone back height layout straggly, perhaps above-mentioned combination simultaneously.Fig. 8 is eight of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, a plurality of truss elements 6 in formwork have constituted truss 10, the orthogonal thereto each other butt joint of truss element 6 engages arranges, is provided with rod member 5 improves truss 10 as diagonal brace globality simultaneously.Figure 72 is 71 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, also be its go to the bottom 3 linked into an integrated entity with upper plate 1 with truss 10, the housing that forms of sidewall 2 is about to connect into whole view all around.

Feature of the present invention is that also truss element 6 or truss 10 are rope bar truss, plane frame, space truss, space truss, the rod member truss that the fixed quadrangle of joint, pentagon, hexagon constitute.Figure 15 is 15 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and truss 10 is a rope bar truss, and rod member 5 is extended with rod end 8.Figure 16 is 16 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and truss 10 is fixed quadrangle truss, and rod member 5 is extended with shaft.

Feature of the present invention is that also the push rod 5 of truss element is upper plate 1 or the reinforcing rib on it 17, perhaps the bottom bar 5 of truss element is for going to the bottom 3 or the reinforcing rib on it 17, perhaps the push rod 5 of truss element, bottom bar 5 respectively simultaneously for upper plate 1, go to the bottom 3 or the reinforcing rib on it 17.Figure 19 is 19 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the push rod 5 of truss 10 omits, utilizes upper plate 1 directly as push rod 5.Figure 20 is 20 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is that the bottom bar 5 of truss 10 omits, and utilizes and goes to the bottom 3 directly as bottom bar 5.

Feature of the present invention also is to have in the formwork cavity 4 at least one rod member 5 to be extended with shaft or rod end 8 outside die housing or reveals anchor rib 9 or reveal net or concavo-convex mesh iron plate or above-mentioned combination.Fig. 6 is six of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, outside die housing, be extended with the rod end 8 of rod member 5, and rod member 5 is hollow rod member, after formwork is applied in the Cast-in-place concrete floor, concrete can enter in the rod member 5, with rod member 5 mutual build-ins, will go to the bottom 3 with Cast-in-place concrete be connected to form integral body, the overall performance of its floor improves, and the formwork participation is stressed, transmission force property is better.Fig. 7 is seven of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, outside die housing, be extended with the rod end 8 of rod member 5, and the anchor rib 9 of revealing is arranged, and the shaft of rod member 5, they can with Cast-in-place concrete bond better form whole, formwork stressed, transmission force property is better.Shown in Figure 68, Figure 69, the shaft of rod member 5 stretches out outside the die housing.Figure 75 is 74 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 of the truss 10 in its cavity is extended with rod end 8 from four angles of formwork respectively.Figure 76 is 75 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 of the truss 10 in its cavity is extended with rod end 8 from four angles of formwork respectively, and upper plate 1, goes to the bottom and 3 choose base 26 is arranged.

The cross sectional shape that feature of the present invention also is rod member 5 is circle, annular, square, prolate type, hollow, L shaped, flute profile, I-shaped, porous shape, variable cross-section shape, perhaps simultaneously also along the axis reducing of rod member 5.Fig. 9 is nine of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the cross sectional shape of rod member 5 is circular, also can be the square, I-shaped etc. of other.

Feature of the present invention is that also the cross sectional shape of rod member 5 is that ring is hollow, the honeycomb hollow.

Feature of the present invention is that also rod member 5 is variable cross-section shape, perhaps simultaneously also along the axis reducing of rod member 5.

Feature of the present invention is that also rod member 5 is compound rod or coupled pole.Figure 10 is ten of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is the coupled pole that the stratiform of MULTILAYER COMPOSITE is strengthened.Figure 11 is 11 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is interiorly to be the coupled pole of sheet steel pipe outward for steel bar concrete, or steel pipe also scribbles lumarith or fire resistant coating outward.Figure 12 is 12 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and rod member 5 is the compound rod of many round bars.

Feature of the present invention is that also coupled pole 5 is the surperficial coupled pole of fixing or being pasted with enhancing surface layer 11 of rod member, strengthening surface layer 11 is metal sheet roof covering, carbon fiber board, glass fiber reinforced plastic thin plate, fibre cloth, fibrous mesh cloth or steel fibre, perhaps strengthens to also have anchoring pin 12 or hole on the surface layer 11 simultaneously.Figure 13 is 13 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and coupled pole 5 is fixed with the coupled pole that strengthens surface layer 11 for the rod member surface, and strengthens and also have anchoring pin 12 on the surface layer 11 simultaneously.

Local enlarged diagram for Figure 13.Figure 14 is 14 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and coupled pole 5 strengthens surface layer 11 for the rod member surface is pasted with.

Feature of the present invention also be to interconnect between the rod member 5 self 13 or with upper plate 1 or sidewall 2 or being connected between 3 of going to the bottom 14 be splicing, welding, wire connection, snapping, clamping, riveted joint, hinged, perforation anchor connection or global formation or above-mentioned combination on every side.Figure 17 is 17 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for truss 10 and upper plate 1 with 14 connect for glued being connected between 3 of going to the bottom, the connection 13 between the rod member 5 is a global formation.Figure 18 is 18 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the truss 10 that constitutes for rod member 5 and upper plate 1 and being connected between 3 of going to the bottom 14 are the anchor connection of boring a hole, and the connection 13 between the rod member 5 is a global formation.

Feature of the present invention is that also around the formwork at least one sidewall 2 has at least more than one boss 15, and boss 15 is solid boss or hollow boss.Figure 21 is 21 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for four sidewalls 2 on every side all have 2 boss 15, one side and 3 choose base 26 is arranged of going to the bottom.

Feature of the present invention also is also to be filled with light material in the described hollow boss 15.

Feature of the present invention also is to have the rod member 16 more than at least 1 at least one boss 15.Figure 22 is 22 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for four sidewalls 2 on every side all have 2 boss 15, and in each boss 15 2 rod members 16 is arranged, and 3 two limits of going to the bottom are chosen base 26 is arranged.

Feature of the present invention also is to have on the boss 15 to be revealed anchor rib 9 or reveals rod end 8 or both combinations.Figure 65 is 65 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod end 8 of revealing is arranged on boss 15, and the anchor rib 9 of revealing is arranged.

Feature of the present invention also is around sidewall 2 or upper plate 1 or goes to the bottom 3 or both or three, its at least one in or external surface reinforcing rib 17 is arranged, reinforcing rib 17 is hollow or solid.Figure 23 is 23 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and on the sidewall 2 solid reinforcing rib 17 being arranged on every side, and its thickness is up-small and down-big.Figure 24 is 24 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for reinforcing rib 17 is arranged on the upper plate 1, go to the bottom 3 around choose base 26 arranged.Figure 25 is 25 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is the reinforcing rib 17 that has height, thickness not to wait on the upper plate 1; Reinforcing rib 17 is arranged on the sidewall 2, also is rod member 5 simultaneously, and both unite two into one.

Feature of the present invention also is around sidewall 2 or upper plate 1 or goes to the bottom 3 or both or three, its at least one in or external surface reinforcing rib 17 is arranged, reinforcing rib 17 be just, consistency of thickness or do not wait.

Feature of the present invention also is upper plate 1 or sidewall 2 or both external surfaces are undaform, zigzag, impression shape, plucking shape rough surface on every side.Figure 26 is 26 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the external surface of sidewall 2 be the undaform external surface.Figure 27 is 27 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the external surface of sidewall 2 be plucking shape rough surface.

Feature of the present invention is that also formwork that upper plate 1 and sidewall 2 on every side form is one deck cementitious matter 18 one deck fibers or the cloth 19 superimposed each other layer structure more than two layers of one deck cementitious matter 18 again.Figure 28 is 28 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the formwork that forms for upper plate 1 and sidewall 2 on every side is one deck cementitious matter 18 one deck cloth 19 superimposed each other layer structures more than two layers of one deck cementitious matter 18 again.

Feature of the present invention is that also the formwork of upper plate 1 or sidewall 2 formation on every side is the composite construction that truss 20 single or double are wrapped up in rete 21 outward, or honeycomb hole skeleton 22 single or double are wrapped up in the composite construction of rete 21 outward.Figure 29 is 29 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the formwork that forms of sidewall 2 be one deck truss 20 two-sided outer composite constructions of wrapping up in rete 21.Figure 30 is 30 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1 and on every side the formwork that forms of sidewall 2 be the composite construction that one deck honeycomb hole skeleton 22 single faces are wrapped up in rete 21 outward.

Feature of the present invention is that also the upper plate 1 of formwork and sidewall 2 on every side are the single peviform thing of one or the peviform thing that constitutes more than two module components.Figure 31 is 31 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for the upper plate 1 of formwork is the square peviform thing that 4 module components constitute with sidewall 2 on every side, the shaft of rod member 5 exposes on upper plate 1, and the anchor rib 9 of revealing is arranged on it.

Feature of the present invention also be to go to the bottom 3 or upper plate 1 or both outwards choose from sidewall 2 on every side simultaneously and base 26 arranged, perhaps above-mentioned combination.Figure 34 is 34 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 is extended with and reveals anchor rib 24 for going to the bottom, and also choosing simultaneously has base 26.Figure 35 is 35 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 is extended with and reveals net 25 for going to the bottom, and also choosing simultaneously has base 26.Figure 66 is 66 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, represent that also upper plate 1 and sidewall 2 on every side are one, will be with truss 10, going to the bottom 3 is about to connect into whole view, it is gone to the bottom and 3 chooses base 26 is arranged, and the muscle 24 of revealing is arranged, reveals net 25.Figure 67 is 67 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the net 25 of revealing is arranged.Figure 68 is 68 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.Figure 69 is 69 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and the shaft of the rod member 5 on the truss 10 stretches out outside the die housing.Figure 73 is 72 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with simultaneously and reveals muscle 24.Figure 74 is 73 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and its upper plate 1, going to the bottom 3 is extended with base 26 simultaneously, and is extended with and reveals net 25.Figure 76 is 75 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and the rod member 5 of the truss 10 in its cavity is extended with rod end 8 from four angles of formwork respectively, and upper plate 1, goes to the bottom and 3 choose base 26 is arranged.

Feature of the present invention also be to go to the bottom 3 or 3 bases of choosing with upper plate 1 26 of going to the bottom around be zigzag, waveform, hypotenuse shape, step, perhaps base 26 also be extended with simultaneously reveal anchor rib 24, reveal net 25, fiber exposure silk 27, anticracking grid cloth 28, a Cracking-proof belt sour jujube iron plate 29, dovetail shaped iron plate or press mesh iron plate or their combination.Figure 36 is 36 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are step, are extended with simultaneously and reveal anchor rib 24.Figure 37 is 37 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are zigzag, are extended with simultaneously and reveal anchor rib 24.Figure 38 is 38 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for 3 bases of choosing 26 of going to the bottom are hypotenuse shape, are extended with simultaneously and reveal anchor rib 24.Figure 39 is 39 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, 3 chooses base 26 is arranged for going to the bottom, and is extended with simultaneously and reveals net 25, and also be extended with fibre 27, anti-cracking cloth 28.

The local enlarged diagram on expression base 26.B-1 represents

Another example of local enlarged diagram, expression has a Cracking-proof belt sour jujube iron plate 29 on the base 26.Figure 70 is 70 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and it is gone to the bottom and 3 chooses base 26 is arranged, and a Cracking-proof belt sour jujube iron plate 29 is arranged on the base.Figure 71 amplifies the user mode structural representation for the part that Figure 70 C is ordered, rod member 5 is the upward opening hollow stem, be cast with cast-in-situ reinforced concrete in it, rod member 5 forms steel pipe steel bar concrete bar behind casting reinforced concrete, makes to go to the bottom by rod member 53 to be connected to form integral body with the cast-in-situ reinforced concrete of upper plate 1.

Feature of the present invention also is sidewall 2 and upper plate 1 on every side, being connected between 3 of going to the bottom 30 be gluing, welding, wire connection, snapping, clamping, riveted joint, hinged, bore a hole anchor connection or global formation or above-mentioned combination.Figure 40 is 40 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for sidewall 2 on every side and upper plate 1, being connected between 3 of going to the bottom 30 connect for glued.Figure 41 is 41 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for sidewall 2 on every side and upper plate 1, going to the bottom is connected 30 for being welded to connect between 3.

Feature of the present invention also is to be provided with in the die housing a slice stiffening rib 31 at least, and stiffening rib 31 is solid or hollow.Figure 42 is 42 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the solid stiffening rib of a slice 31 in the die housing.Figure 43 is 43 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the hollow stiffening rib of a slice 31 in the die housing.Figure 44 is 44 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with the hollow stiffening rib of a slice 31 in the die housing.

Feature of the present invention is that also there is reinforcing rib 32 side of stiffening rib 31.Figure 45 is 45 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the solid stiffening rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.Figure 46 is 46 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the hollow reinforced rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.Figure 47 is 47 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, wears the hollow reinforced rib 31 of reinforcing rib 32 for being provided with a slice both sides in the die housing.

Feature of the present invention also is upper plate 1, the surface of sidewall 2, lower shoe 3, stiffening rib 31, reinforcing rib is fixed or is pasted with reinforcing band 47 or strengthens surface layer 48 on every side, reinforcing band 47 or enhancing surface layer 48 are metal sheet, carbon fiber board, glass epoxy, cloth or steel wire, and perhaps reinforcing band 47 or enhancing surface layer 48 also have anchoring pin 49 simultaneously.Figure 60 is 60 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the surface of the upper plate 1 of formwork and lower shoe 3 is pasted with reinforcing band 47, is fixed with on the sidewall 2 to strengthen surface layer 48, and anchoring pin 49 is arranged simultaneously.

Feature of the present invention also is upper plate 1, the surface of sidewall 2, lower shoe 3, stiffening rib 31, reinforcing rib is fixed or is pasted with reinforcing band 47 or strengthens surface layer 48 on every side, reinforcing band 47 or enhancing surface layer 48 are fibrous mesh cloth, and perhaps reinforcing band 47 or enhancing surface layer 48 also have anchoring pin 49 simultaneously.

Feature of the present invention is that also an end of three-dimensional formwork is thinner, and the other end is thicker, perhaps go to the bottom 3 or stiffening rib 31 1 ends thinner, the other end is thicker.Figure 50 is 50 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and for the right-hand member of 3 D force bearing mould case is thinner, left end is thicker.

Feature of the present invention also is to go to the bottom 3, upper plate 1, in sidewall 2, rod member 5, reinforcing rib, the stiffening rib reinforce 23 is arranged on every side, and reinforce 23 is fiber, cloth, nonwoven, reinforcing bar, steel mesh reinforcement, gauze wire cloth or its combination.Figure 32 is 32 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is embedded with steel mesh reinforcement reinforce 23 for going to the bottom in 3, is embedded with gauze wire cloth reinforce 23 in upper plate 1 and the sidewall 2.Figure 33 is 33 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for upper plate 1, sidewall 2 and go to the bottom and be embedded with gauze wire cloth and fabric reinforcement 23 simultaneously in 3.

Feature of the present invention also is to go to the bottom 3, upper plate 1, in sidewall 2, rod member 5, reinforcing rib, the stiffening rib reinforce 23 is arranged on every side, and reinforce 23 is fibrous mesh cloth, prestressed reinforcement or its combination.Figure 32 is 32 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is embedded with steel mesh reinforcement reinforce 23 for going to the bottom in 3, is embedded with gauze wire cloth reinforce 23 in upper plate 1 and the sidewall 2.

Feature of the present invention also is to go to the bottom, and the reinforcing bar in the reinforcing bars and rod member 5 or stiffening rib 31 is connected in 3.Figure 61 is 61 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and reinforcing bars and rod member 5 in 3 link to each other with reinforcing bar in the stiffening rib 31 in order to go to the bottom.

Feature of the present invention is that also the interior stiffening rib 31 of die housing is from sidewall 2 or upper plate 1 are extended with dew anchor rib 33 or reveal net 34 or reveal rib 35 or their combination on every side.Figure 51 is 51 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals anchor rib 33 for stiffening rib 31 is extended with from upper plate 1.Figure 52 is 52 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for stiffening rib 31 from upper plate 1 and on every side sidewall 2 be extended with and reveal net 34.Figure 53 is 53 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals anchor rib 33 for stiffening rib 31 is extended with from upper plate 1.Figure 54 is 54 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, reveals rib 35 for stiffening rib 31 is extended with from upper plate 1, and is extended with simultaneously and reveals net 34; Go to the bottom and 3 choose base 26 is arranged, and the muscle 24 of revealing and a Cracking-proof belt sour jujube iron plate 29 are arranged.

Feature of the present invention is that also the face shaping of three-dimensional formwork is cuboid, square, pentagon body, hexagon body or cylinder.Figure 48 is 48 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the face shaping of 3 D force bearing mould case is a cuboid.Figure 49 is 49 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for the face shaping of 3 D force bearing mould case is the hexagon body.

Feature of the present invention is that also upper plate 1 and sidewall 2 on every side are plastic foil, plastic plate, composite membrane, GRC plate, metal crimp template, cement fibrolite plate, cellular board, perspex steel, waterproof board, sawdust board, concrete plate, reinforcing bar or steel wire concrete plate or mortar plate.

Feature of the present invention is that also rod member 5 is reinforcing bar mortar bar, steel bar concrete bar, steel pipe, sheetmetal concrete bar, prestressing force bar, ring bar, fiberglass rod, GRC bar, carbon fiber bar, reinforcing bar, plastic bar, vertical masonry joint metal tube, spirally-seamed metal tubing, steel wire webmaster, glass fiber stringing, glass reinforced plastic pipe, tube wall perforated pipe, composite metal-plastic pipe, hollow concrete mortar pipe, reinforcing bar light weight concrete construction enhancement mode pipe or steel pipe concrete pipe.

Feature of the present invention is that also three-dimensional formwork is provided with handle 36.Figure 55 is 55 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with handle 36.

Feature of the present invention is that also three-dimensional formwork is provided with drag hook 37, wire drawing 38, suspender member 39, embedded iron parts 40, deep gouge 41, reserving hole 42, pre-buried conduit 43, junction box 44, water pipe 45, air chimney 46 or their combination.Figure 56 is 56 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with drag hook 37, wire drawing 38.Figure 57 is 57 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with wire drawing 38, suspender member 39, embedded iron parts 40.Figure 58 is 58 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with deep gouge 41, reserving hole 42, air chimney 46.Figure 59 is 59 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for three-dimensional formwork is provided with pre-buried conduit 43, junction box 44, water pipe 45.

Feature of the present invention also is to be provided with in the cavity 4 soundproof course 50 or is filled with light material 51, and light material 51 is lightweight concrete or expanded perlite or expanded vermiculite or rock wool or foamed plastics.Figure 62 is 62 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being provided with soundproof course 50 in the formwork cavity 4.Figure 63 is 63 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, for being filled with expanded perlite 51 in the formwork cavity 4.

Feature of the present invention is that also rod member 5 is upper plate 1, sidewall 2 or the reinforcing rib 17 on 3 of going to the bottom on every side.Figure 25 is 25 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, and reinforcing rib 17 is arranged on sidewall 2, also is rod member 5 simultaneously, and both unite two into one.

Feature of the present invention also is to go to the bottom and wears muscle in 3 with hole 52.Figure 64 is 64 of the three-dimensional formwork structural representation used in the reinforced concrete slab of the present invention, is provided with the hole 52 of wearing muscle in 3 going to the bottom.

During the invention process, can make of steel bar concrete or gauze wire cloth concrete earlier and go to the bottom 3, with one deck cement gel ramming material one deck cloth again the layer structure more than two layers that is built up each other of one deck cement gel ramming material make required form upper plate 1 and around sidewall 2, make rod member 5 glued one-tenth truss 10 or the whole truss 10 that forms with the reinforced concrete mortar, use the glue gluing between each member each other, promptly form required three-dimensional formwork, formwork is in light weight, material is economized, and also has characteristics such as intensity height, simple in structure, convenient construction and transport simultaneously.

Claims

1. Cast-in-place concrete floor, comprise Cast-in-place concrete, three-dimensional formwork, three-dimensional formwork is filled in the Cast-in-place concrete floor, three-dimensional formwork comprises upper plate (1), sidewall (2) and go to the bottom (3) on every side, upper plate (1), sidewall (2) and go to the bottom (3) are connected to each other and constitute polyhedron enclosed cavity (4) on every side, rod member (5) more than at least one is arranged in cavity (4), rod member (5) and upper plate (1) or sidewall (2) or go to the bottom and be connected (14) between (3) on every side is characterized in that being extended with around go to the bottom (3) or upper plate (1) or base (26) that both choose and reveal anchor rib (24) or reveal net (25) or be extended with both simultaneously.

2. a kind of Cast-in-place concrete floor according to claim 1, it is characterized in that rod member (5) is curvilinear rod, folding mast, cable, uniform section straight-bar, the solid straight-bar of variable cross-section, upper shed hollow stem or its combination, the perhaps combination of hollow straight-bar of variable cross-section and above-mentioned rod member.

3. a kind of Cast-in-place concrete floor according to claim 1 is characterized in that being provided with at least more than one the triangle rod member truss element (6) or the rod member (7) that joins more than two that is made of many rod members (5) in die housing.

4. a kind of Cast-in-place concrete floor according to claim 3, it is characterized in that a plurality of truss elements (6) in the die housing constitute truss (10), truss element (6) is orthogonal thereto each other, oblique, parallel, shaped form engage, butt joint is arranged, perhaps three-dimensional spatial arrangement, perhaps go back height layout straggly, perhaps above-mentioned combination simultaneously.

5. a kind of Cast-in-place concrete floor according to claim 4 is characterized in that truss element (6) or truss (10) are rope bar truss, plane frame, space truss, space truss, the rod member truss that the fixed quadrangle of joint, pentagon, hexagon constitute.

5. a kind of Cast-in-place concrete floor according to claim 3, the push rod (5) that it is characterized in that truss element is upper plate (1) or the reinforcing rib on it (17), perhaps the bottom bar of truss element (5) is for to go to the bottom (3) or the reinforcing rib on it (17), and perhaps the push rod of truss element (5), bottom bar (5) are upper plate (1) simultaneously respectively, go to the bottom (3) or the reinforcing rib on it (17).

7. a kind of Cast-in-place concrete floor according to claim 1 is characterized in that having in the formwork cavity (4) at least one rod member (5) to be extended with shaft or rod end (8) outside die housing or reveals anchor rib (9) or reveal net or concavo-convex mesh iron plate or above-mentioned combination.

8. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, the cross sectional shape that it is characterized in that rod member (5) is circle, annular, square, prolate type, hollow, L shaped, flute profile, I-shaped, porous shape.

9. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, the cross sectional shape that it is characterized in that rod member (5) is that ring is hollow, the honeycomb hollow.

10. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that rod member (5) is variable cross-section shape, perhaps simultaneously also along the axis reducing of rod member (5).

11., it is characterized in that rod member (5) is compound rod or coupled pole according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

12. a kind of Cast-in-place concrete floor according to claim 11, it is characterized in that coupled pole (5) is the surperficial coupled pole of fixing or being pasted with enhancing surface layer (11) of rod member, strengthening surface layer (11) is metal sheet roof covering, carbon fiber board, glass fiber reinforced plastic thin plate, fibre cloth, fibrous mesh cloth or steel fibre, perhaps strengthens to also have anchoring pin (12) or hole on the surface layer (11) simultaneously.

13. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that interconnecting between the rod member (5) self (13) or with upper plate (1) or sidewall (2) or being connected between (3) (14) of going to the bottom be splicing, welding, wire connection, snapping, clamping, riveted joint, hinged, perforation anchor connection or global formation or above-mentioned combination on every side.

14. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that around the formwork at least one sidewall (2) has at least more than one boss (15), boss (15) is solid boss or hollow boss.

15. a kind of Cast-in-place concrete floor according to claim 14 is characterized in that also being filled with light material in the described hollow boss (15).

16., it is characterized in that at least one boss (15), having the rod member (16) more than at least 1 according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 14.

17., it is characterized in that having on the boss (15) dew anchor rib (9) or reveal rod end (8) or both combinations according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 14.

18. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that at least one of sidewall (2) around or upper plate (1) or go to the bottom (3) or external surface has reinforcing rib (17), reinforcing rib (17) is hollow or solid.

19. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that at least one of sidewall (2) around or upper plate (1) or go to the bottom (3) or external surface has reinforcing rib (17), reinforcing rib (17) be just, consistency of thickness or do not wait.

20., it is characterized in that upper plate (1) or sidewall (2) or both external surfaces are undaform, zigzag, impression shape, plucking shape rough surface on every side according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

21., it is characterized in that formwork that upper plate (1) and sidewall (2) on every side form is one deck cementitious matter (18) one deck fiber or cloth (19) the superimposed each other layer structure more than two layers of one deck cementitious matter (18) again according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

22. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, the formwork that it is characterized in that upper plate (1) or sidewall (2) formation on every side is the composite construction that truss (20) single or double is wrapped up in rete (21) outward, or honeycomb hole skeleton (22) single or double is wrapped up in the composite construction of rete (21) outward.

23., it is characterized in that the upper plate (1) of formwork and sidewall (2) on every side are the single peviform thing of one or the peviform thing that constitutes more than two module components according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

24. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that going to the bottom (3) or upper plate (1) or both outwards choose from sidewall (2) on every side simultaneously base (26), perhaps above-mentioned combination.

25. a kind of Cast-in-place concrete floor according to claim 24, it is characterized in that going to the bottom (3) or go to the bottom base (26) that (3) and upper plate (1) choose around be zigzag, waveform, hypotenuse shape, step, perhaps base (26) also be extended with simultaneously reveal anchor rib (24), reveal net (25), fiber exposure silk (27), anticracking grid cloth (28), a Cracking-proof belt sour jujube iron plate (29), dovetail shaped iron plate or press mesh iron plate or their combination.

26., it is characterized in that sidewall (2) is gluing, welding, wire connection, snapping, clamping, riveted joint, hinged, bore a hole anchor connection or global formation or above-mentioned combination with upper plate (1), being connected between (3) (30) of going to the bottom on every side according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

27. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that being provided with in the die housing a slice stiffening rib (31) at least, stiffening rib (31) is solid or hollow.

28. a kind of Cast-in-place concrete floor according to claim 27 is characterized in that there is reinforcing rib (32) side of stiffening rib (31).

29. a kind of Cast-in-place concrete floor according to claim 28, it is characterized in that upper plate (1), the surface of sidewall (2), lower shoe (3), stiffening rib (31), reinforcing rib is fixed or is pasted with reinforcing band (47) or strengthens surface layer (48) on every side, reinforcing band (47) or enhancing surface layer (48) are metal sheet, carbon fiber board, glass epoxy, cloth or steel wire, and perhaps reinforcing band (47) or enhancing surface layer (48) also have anchoring pin (49) simultaneously.

30. a kind of Cast-in-place concrete floor according to claim 28, it is characterized in that upper plate (1), the surface of sidewall (2), lower shoe (3), stiffening rib (31), reinforcing rib is fixed or is pasted with reinforcing band (47) or strengthens surface layer (48) on every side, reinforcing band (47) or enhancing surface layer (48) are fibrous mesh cloth, and perhaps reinforcing band (47) or enhancing surface layer (48) also have anchoring pin (49) simultaneously.

31. a kind of Cast-in-place concrete floor according to claim 27 is characterized in that an end of three-dimensional formwork is thinner, the other end is thicker, perhaps go to the bottom (3) or stiffening rib (31) one ends thinner, the other end is thicker.

32. a kind of Cast-in-place concrete floor according to claim 27, it is characterized in that going to the bottom (3), upper plate (1), in sidewall (2), rod member (5), reinforcing rib, the stiffening rib reinforce (23) arranged on every side, reinforce (23) is fiber, cloth, nonwoven, reinforcing bar, steel mesh reinforcement, gauze wire cloth or its combination.

33. a kind of Cast-in-place concrete floor according to claim 27, it is characterized in that going to the bottom (3), upper plate (1), in sidewall (2), rod member (5), reinforcing rib, the stiffening rib reinforce (23) arranged on every side, reinforce (23) is fibrous mesh cloth, prestressed reinforcement or its combination.

34. a kind of Cast-in-place concrete floor according to claim 32, the reinforcing bar in it is characterized in that going to the bottom (3) interior reinforcing bar and rod member (5) or the stiffening rib (31) is connected.

35. a kind of Cast-in-place concrete floor according to claim 32 is characterized in that the interior stiffening rib (31) of die housing is from sidewall (2) or upper plate (1) are extended with dew anchor rib (33) or reveal net (34) or reveal rib (35) or their combination on every side.

36. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, the face shaping that it is characterized in that three-dimensional formwork is cuboid, square, pentagon body, hexagon body or cylinder.

37., it is characterized in that upper plate (1) and sidewall (2) on every side are plastic foil, plastic plate, composite membrane, GRC plate, metal crimp template, cement fibrolite plate, cellular board, perspex steel, waterproof board, sawdust board, concrete plate, reinforcing bar or steel wire concrete plate or mortar plate according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

38., it is characterized in that rod member (5) is reinforcing bar mortar bar, steel bar concrete bar, steel pipe, sheetmetal concrete bar, prestressing force bar, ring bar, fiberglass rod, GRC bar, carbon fiber bar, reinforcing bar, plastic bar, vertical masonry joint metal tube, spirally-seamed metal tubing, steel wire webmaster, glass fiber stringing, glass reinforced plastic pipe, tube wall perforated pipe, composite metal-plastic pipe, hollow concrete mortar pipe, reinforcing bar light weight concrete construction enhancement mode pipe or steel pipe concrete pipe according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

39., it is characterized in that three-dimensional formwork is provided with handle (36) according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

40., it is characterized in that three-dimensional formwork is provided with drag hook (37), wire drawing (38), suspender member (39), embedded iron parts (40), deep gouge (41), reserving hole (42), pre-buried conduit (43), junction box (44), water pipe (45), air chimney (46) or their combination according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

41. according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7, it is characterized in that being provided with in the cavity (4) soundproof course (50) or be filled with light material (51), light material (51) is lightweight concrete or expanded perlite or expanded vermiculite or rock wool or foamed plastics.

42., it is characterized in that rod member (5) is upper plate (1), the reinforcing rib (17) on sidewall (2) or go to the bottom (3) on every side according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.

43., wear muscle hole (52) in it is characterized in that going to the bottom (3) according to the described a kind of Cast-in-place concrete floor of arbitrary claim in the claim 1 to 7.