CN205935368U - Cavity wire mould spare - Google Patents

Abstract

The utility model relates to a cavity wire mould spare, it includes firstly have muscle expansion net and second to have muscle expansion net, wherein, first have muscle expansion net lock to have the muscle expansion online in the second, forms a confined cavity between the two, the second has the continuous bending type of one end of muscle expansion net to become a supporting part, and the second has muscle expansion net and supporting part formula as an organic whole, support point is in the cavity. The utility model discloses an it is strong that cavity wire mould spare has a bearing capacity, and constitute the part and process less that the equipment is convenient, stable in structure, and a great deal of advantage such as light in weight.

Description

A kind of cavity net module

【Technical field】

This utility model is related to a kind of building element and in particular to a kind of cavity net module, and it can be in casting concrete Use, or paint, through moulding, embossment, surface, the covering member forming hollow, belong to building element technical field.

【Background technology】

Prior art hollow concrete building element, during construction casting, is mainly formed interior using making shaping mould Mould cavity, in order to improve bulk strength it is also possible to arrange some reinforcing bars.Even so, the cavity being made using said method Building element makes trouble, and bulk strength is still poor, and weight capacity is weak, and high cost, weight are big.

At present, also have using as People's Republic of China's utility model patent the in some building elements Net membrane module described in No. 201310199196.7, thus substantially increasing the structural strength of building element it is achieved that batch production, Industrialization, makes reinforced bar engineering complete in factory with template type engineering, however, accessory needed for this net membrane module there is also is many, dress Join trouble, weight many defects such as again.

Therefore, for solving above-mentioned technical problem, it is necessory to provide a kind of cavity net module of innovation, to overcome existing skill Described defect in art.

【Utility model content】

For solving the above problems, the purpose of this utility model is to provide a kind of weight capacity strong, and building block is processed less Easy to assembly, and lightweight cavity net module.

For achieving the above object, the technical scheme that this utility model is taken is：A kind of cavity net module, it includes first has Muscle expansion web and second has muscle expansion web；Wherein, described first has muscle expansion web to be fastened on second to have on muscle expansion web, both Between formed one closing cavity；Described second one end having muscle expansion web is continuously bent to form a supporting part, and second has muscle Expansion web and supporting part are integral type；Described support zone is in cavity.

Cavity net module of the present utility model is further arranged to：Described first has muscle expansion web and second to have muscle expansion web By there being cutting bending on muscle expansion web to form, its thickness is 0.30 ~ 0.65mm.

Cavity net module of the present utility model is further arranged to：Described first has muscle expansion web, second has muscle expansion web On be arranged with some V-type reinforcements；Described first has the V-type reinforcement that muscle expansion web and second has muscle expansion web junction to hang down Nogata is to superimposed.

Cavity net module of the present utility model is further arranged to：Described V-type reinforcement towards outer lug, its highly be 5 ~ 26mm.

Cavity net module of the present utility model is further arranged to：Described supporting part have V-type reinforcement, upper surface, under Surface and joint face；Described upper surface is superimposed on first to be had on muscle expansion web, and the V-type reinforcement of upper surface and first has muscle The V-type reinforcement of expansion web intersects vertically；Described lower surface is superimposed on second to be had on muscle expansion web, and the V-type of lower surface is strengthened The V-type reinforcement that muscle and second has muscle expansion web is superimposed；Described joint face connects upper surface and/or lower surface.

Cavity net module of the present utility model is further arranged to：Described joint face and the perpendicular company of upper surface, lower surface Connect.

Cavity net module of the present utility model is further arranged to：Described upper surface is at least provided with 2.

Cavity net module of the present utility model is also configured to：Described supporting part has V-type reinforcement, upper surface and connection Face；Described upper surface is superimposed on first to be had on muscle expansion web, and the V-type reinforcement of upper surface and first has the V on muscle expansion web Type reinforcement intersects vertically；Described joint face connects upper surface, and the V-type reinforcement on joint face is vertically supported is having muscle with first The V-type reinforcement of expansion web, second have between the V-type reinforcement of muscle expansion web.

Compared with prior art, this utility model has the advantages that：Cavity net module of the present utility model has Weight capacity is strong, and building block is processed easy to assembly and lightweight, many advantages, such as sound construction less.

【Brief description】

Fig. 1 is the axonometric chart of cavity net module of the present utility model.

Fig. 2 is the three-dimensional exploded view of cavity net module first embodiment of the present utility model.

Fig. 3 is the sectional drawing of first embodiment.

Fig. 4 is the second of the second embodiment axonometric chart having muscle expansion web.

Fig. 5 is the sectional drawing of second embodiment.

Fig. 6 is the second of the 3rd embodiment axonometric chart having muscle expansion web.

Fig. 7 is the sectional drawing of 3rd embodiment.

【Specific embodiment】

Refer to Figure of description 1 to shown in accompanying drawing 3, it is a kind of the first enforcement of cavity net module of the present utility model Example, it is made up of muscle expansion web 2 two parts muscle expansion web 1 and second by first.Described first has muscle expansion web 1 and second There is muscle expansion web 2 by there being cutting bending on muscle expansion web to form, its thickness is 0.30 ~ 0.65mm, and adopts sole material There is muscle expansion web, production cost can be substantially reduced, and this 2 part assembling aspects, there is the Percolation Threshold Effect of muscle expansion web meanwhile Net die component bottom can be made also with the presence of slurry.

Wherein, described first has muscle expansion web 1 to be fastened on second to have on muscle expansion web 2, forms a closing between the two Cavity 4.Described second one end having muscle expansion web 2 is continuously bent to form a supporting part 3, and second has muscle expansion web 2 and support Portion 3 is integral type；Described supporting part 3 is located in cavity 4.

Described first has muscle expansion web 1, second has on muscle expansion web 2 and be arranged with some V-type reinforcements 5, by setting Described V-type reinforcement 5, it arrives the effect of Os Draconis, decreases bound edge operation.

Described first has muscle expansion web 1 and second to have V-type reinforcement 5 vertical direction of muscle expansion web 2 junction superimposed, Thus greatly increased the comprcssive strength of net mould.Towards outer lug, it is highly 5 ~ 26mm to described V-type reinforcement 5.

Further, described supporting part 3 has V-type reinforcement 5, upper surface 31, lower surface 32 and joint face 33.Described Upper surface 31 is superimposed on first to be had on muscle expansion web 1, to increase bulk strength and rigidity, and reduces spillage.And the V of upper surface 31 The V-type reinforcement 5 that type reinforcement 5 and first has muscle expansion web 1 intersects vertically.Described lower surface 32 is superimposed on second has muscle to expand On net 2 so that slurry can go directly net mould bottom.And the V-type reinforcement 5 of lower surface 32 and the second V-type having muscle expansion web 2 add Strong muscle 5 is superimposed.Described joint face connects upper surface and/or lower surface, in the present embodiment, described joint face 33 and upper surface 31st, the perpendicular connection of lower surface 32.Described upper surface 31 is provided with 2 naturally it is also possible to increase and decrease as needed.

Refer to Figure of description 4 to shown in accompanying drawing 5, it is a kind of the second enforcement of cavity net module of the present utility model Example, it is with the difference of first embodiment：Its second upper surface 31 ' of supporting part 3 and lower surface having a muscle expansion web 2 32 ' are equipped with 1, and the width of lower surface 32 ' is more than upper surface 31 ' width.

Refer to Figure of description 6 to shown in accompanying drawing 7, it is a kind of the 3rd enforcement of cavity net module of the present utility model Example, it is with the difference of first and second embodiment：Its supporting part 3 has V-type reinforcement 5, upper surface 31 ' ' and connect Face 33 ' '；The V-type reinforcement 5 and first of described upper surface 31 ' ' be superimposed on first have on muscle expansion web 1, and upper surface 31 ' ' has V-type reinforcement 5 on muscle expansion web 1 intersects vertically；Described joint face 33 ' ' connect upper surface 31 ' ', joint face 33 ' ' on V Type reinforcement 5 is vertically supported the V-type reinforcement 5 of muscle expansion web 1, the second V-type reinforcement 5 having a muscle expansion web 2 with first Between, thus playing a supporting role.

Cavity net module of the present utility model can be used for casting concrete hollow unit, the built-in cavity net mould of external mould frame, Internal model plays sizing, positions, exempts to tear and bear the effect of construction operation load open, and casting concrete becomes one and exempts from the hollow structure of form removal Part.

Cavity net module of the present utility model is also applied in combination with multiple, and the space between net die component and net die component is pressed According to design requirement arrangement of reinforcement, just can play cover half effect, save substantial amounts of support and template, large area coupling beam underground can be largely used to Ceiling, the pouring of plate, base plate one-shot forming, exempt from earthing furred ceiling, also can use as air heat insulation heat-insulation layer.

Cavity net module of the present utility model also through moulding, embossment, the covering member of surface rendering formation hollow, and can have There is high intensity.

Above specific embodiment is only the preferred embodiment of this creation, not in order to limit this creation, all in this wound Any modification, equivalent substitution and improvement of being done etc. within the spirit made and principle, should be included in this creation protection domain it Interior.

Claims (8)

1. a kind of cavity net module it is characterised in that：Muscle expansion web and second is had to have muscle expansion web including first；Wherein, institute Stating first and having muscle expansion web to be fastened on second has on muscle expansion web, forms the cavity of a closing between the two；Described second has muscle One end of expansion web is continuously bent to form a supporting part, and second has muscle expansion web and supporting part to be integral type；Described supporting part In cavity.

2. cavity net module as claimed in claim 1 it is characterised in that：Described first has muscle expansion web and second to have muscle to expand By there being cutting bending on muscle expansion web to form, its thickness is 0.30 ~ 0.65mm to net.

3. cavity net module as claimed in claim 1 it is characterised in that：Described first have muscle expansion web, second have muscle expand It is arranged with some V-type reinforcements on the net；Described first has muscle expansion web and second to have the V-type reinforcement of muscle expansion web junction Vertical direction is superimposed.

4. cavity net module as claimed in claim 3 it is characterised in that：Described V-type reinforcement towards outer lug, its highly be 5 ~ 26mm.

5. cavity net module as claimed in claim 1 it is characterised in that：Described supporting part have V-type reinforcement, upper surface, Lower surface and joint face；Described upper surface is superimposed on first to be had on muscle expansion web, and the V-type reinforcement of upper surface and first has The V-type reinforcement of muscle expansion web intersects vertically；Described lower surface is superimposed on second to be had on muscle expansion web, and the V-type of lower surface adds The V-type reinforcement that strong muscle and second has muscle expansion web is superimposed；Described joint face connects upper surface and/or lower surface.

6. cavity net module as claimed in claim 5 it is characterised in that：Described joint face and upper surface, lower surface are perpendicular Connect.

7. cavity net module as claimed in claim 6 it is characterised in that：Described upper surface is at least provided with 2.

8. cavity net module as claimed in claim 1 it is characterised in that：Described supporting part have V-type reinforcement, upper surface with And joint face；Described upper surface is superimposed on first to be had on muscle expansion web, and the V-type reinforcement of upper surface and first has muscle expansion web On V-type reinforcement intersect vertically；Described joint face connects upper surface, and the V-type reinforcement on joint face is vertically supported with the One has the V-type reinforcement of muscle expansion web, second has between the V-type reinforcement of muscle expansion web.