CN201582530U

CN201582530U - Soft body heat insulation structure

Info

Publication number: CN201582530U
Application number: CN2009202156748U
Authority: CN
Inventors: 岑志超; 陈晏军
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-12-31
Filing date: 2009-12-31
Publication date: 2010-09-15
Anticipated expiration: 2019-12-31

Abstract

A soft body heat insulation structure is formed by the combination of an outer surface layer, a heat insulation layer and an inner surface layer; the heat insulation layer is constructed by an aerogel nanometer material layer, the inner surface layer constructed by fiber glass cloth or non-alkali cloth is covered on the inner surface of the heat insulation layer, at least an outer surface layer constructed by a silicon rubber fireproof cloth layer is covered on the exterior of the heat insulation layer; at least a radiation proof or heat reflective layer constructed by stainless steel foil or aluminum foil is arranged between the heat insulation layer and the inner surface layer; the outer surface layer and the inner surface layer are completely covered in the heat insulation layer, and the outer surface layer is covered on the outer surface plane and the peripheral plane of the heat insulation layer; a plurality of piercing nails for fixing the layers are pierced through the planes among the outer surface layer, the heat insulation layer and the inner surface layer; the piercing nails vertically and sequentially penetrate through the inner surface layer, the radiation proof layer or heat reflective layer, the heat insulation layer and the outer surface layer from an end surface to the outermost end surface and are fixed on the inner and outer end surfaces; the soft body heat insulation structure has simple structure, convenient use, is convenient in combination and has broad application range.

Description

The software insulating structure

Technical field

The utility model relates to a kind of be mainly used in that heat power equipment, pipeline, valve etc. are incubated so carry insulating structure, belong to insulation of equipment device technique field.

Background technique

Current society, the important emphasis that bars up in the referred daily life of energy-conserving and environment-protective, insulation is energy-conservation effective means, continuous development along with industrialized production, the use of heat power equipment and heat distribution pipeline and valve etc. is more and more, and these heat power equipments, there is the problem of this insulation consumption reduction in heat distribution pipelines etc., the heat power equipment that temperature is higher, heat distribution pipelines etc. expose in air, a large amount of heats can be distributed, cause the natural wastage of heat energy, therefore, in recent years along with the attention of environmental protection and energy saving work, many batches of new heat preservation technologies are applied to heat power equipment, on the heat distribution pipeline, as heat-insulating cover, insulation block etc.Insulating products such as this heat-insulating cover or insulation block are hard shell body mostly, are built-in with adiabator layer, and its working process is comparatively complicated, and volume is big, Heavy Weight, and inconvenience is installed in transportation.Before its tangible above-mentioned insulating product occurs, a kind of comparatively original heat distribution pipeline heat preserving method is arranged, it is to twine the above glass cloth of last layer thermal insulating material in the outside of heat distribution pipeline, but not moulding of this method, belong to disposable use, increased user cost, and dismounting inconvenience, waste, not environmental protection.

Summary of the invention

The purpose of this utility model is to overcome the deficiency that prior art exists, and provides a kind of simple in structure, and is easy to use, can make things convenient for combination, the software insulating structure that using scope is wide.It is mainly by external layer, thermal insulation layer and inner surface layer be combined into, described thermal insulation layer is made of the aerogel layer of nanomaterial, cover at the inner face of this thermal insulation layer and to be shaped on the inner surface layer that one deck is made of glass fiber cloth or alkali-free cloth, be shaped on the external layer that one deck is made of silicone rubber fireproof cloth and cover at least in the outside of thermal insulation layer.

Be gripped with radiation proof or heat-reflecting layer that one deck at least is made of stainless steel foil or aluminium foil between described thermal insulation layer and the inner surface layer.

Described thermal insulation layer is coated in it fully by external layer and inner surface layer, and external layer is coated on the appearance aspect and the peripheric surface of thermal insulation layer.

Be punctured with some caltrops that are used for interfixing between each layer on the plane between described external layer, thermal insulation layer, the inner surface layer.

Described caltrop vertically passes inner surface layer, radiation proof or heat-reflecting layer, thermal insulation layer and external layer successively from an end face and fixes to outermost face and in inside and outside both ends of the surface.

The utility model compared with prior art has simple in structurely, easy to use, can make things convenient for combination, characteristics such as using scope is wide.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Embodiment

Below in conjunction with accompanying drawing the utility model is described in detail: the utility model is mainly by external layer 1, thermal insulation layer 2 and inner surface layer 3 be combined intos, described thermal insulation layer 2 is made of the aerogel layer of nanomaterial, is combined with each other by one or more layers aerogel nanometer material and makes certain thickness thermal insulation layer 2.Cover at the inner face of this thermal insulation layer 2 and to be shaped on the inner surface layer 3 that one deck is made of glass fiber cloth or alkali-free cloth, be shaped on the external layer 1 that one deck is made of silicone rubber fireproof cloth and cover at least in the outside of thermal insulation layer 2.

In other embodiments, as shown in drawings, be gripped with radiation proof or heat-reflecting layer 4 that one deck at least is made of stainless steel foil or aluminium foil between thermal insulation layer 2 described in the utility model and the inner surface layer 3, to increase heat insulation and preservation effect.

Thermal insulation layer 2 shown in the figure is coated in it fully by external layer 1 and inner surface layer 3, and external layer 1 is coated on the appearance aspect and the lateral circle surface of thermal insulation layer 2.

Both can be inter-adhesive between external layer 1 described in the utility model, thermal insulation layer 2, the inner surface layer 3 with Bond, also can be fixing or adopt caltrop to be connected separately in conjunction with caltrop 5.Described caltrop is connected and is: be punctured with some caltrops that are used for interfixing between each layer 5 on the plane between described external layer 1, thermal insulation layer 2, the inner surface layer 3.

Described caltrop 5 vertically passes inner surface layer 3 successively from an end face, radiation proof or heat-reflecting layer 4, thermal insulation layer 2 and external layer 1 are fixed to inside and outside outermost face and in inside and outside both ends of the surface, because described inner surface layer 3, radiation proof or heat-reflecting layer 4, thermal insulation layer 2 and external layer 1 are soft material and make, therefore the insulating structure that they constituted is soft insulating structure, and can cooperate the complete insulation face that is assembled into each other, this combination or assembling mode are existing known technology content, as connections such as hasps, male and fomale(M﹠F) interlocking or the like, both be applicable to flat surface, also be applicable to this irregular surface of heat power equipment, be applicable to the heat distribution pipeline surface of rule, also be applicable to this irregular surface of heating power valve or the like.

Claims

1. software insulating structure, it is mainly by external layer, thermal insulation layer and inner surface layer be combined into, it is characterized in that described thermal insulation layer (2) is made of the aerogel layer of nanomaterial, cover at the inner face of this thermal insulation layer (2) and to be shaped on the inner surface layer (3) that one deck is made of glass fiber cloth or alkali-free cloth, and cover the external layer (1) that is shaped on one deck and constitutes at least by silicone rubber fireproof cloth in the outside of thermal insulation layer (2).

2. software insulating structure according to claim 1 is characterized in that being gripped with between described thermal insulation layer (2) and inner surface layer (3) radiation proof or heat-reflecting layer (4) that one deck at least is made of stainless steel foil or aluminium foil.

3. software insulating structure according to claim 1 and 2 it is characterized in that described thermal insulation layer (2) is coated in it fully by external layer (1) and inner surface layer (3), and external layer (1) is coated on the appearance aspect and the peripheric surface of thermal insulation layer (2).

4. software insulating structure according to claim 3 is characterized in that being punctured with some caltrops that are used for interfixing between each layer (5) on the plane between described external layer (1), thermal insulation layer (2), inner surface layer (3).

5. software insulating structure according to claim 4 is characterized in that described caltrop (5) vertically passes inner surface layer (3), radiation proof or heat-reflecting layer (4), thermal insulation layer (2) and external layer (1) successively from an end face and fixes to outermost face and in inside and outside both ends of the surface.