CN104499599A

CN104499599A - Low-temperature radiation air-conditioning module wall based on capillary network structure

Info

Publication number: CN104499599A
Application number: CN201410759754.5A
Authority: CN
Inventors: 周健; 邹亚
Original assignee: Nanjing Institute of Technology
Current assignee: Nanjing Institute of Technology
Priority date: 2014-12-12
Filing date: 2014-12-12
Publication date: 2015-04-08
Anticipated expiration: 2034-12-12
Also published as: CN104499599B

Abstract

The invention provides a low-temperature radiation air-conditioning module wall based on a capillary network structure. The low-temperature radiation air-conditioning module wall comprises an organic glass veneer, a connecting supporting column, a PE-RT (Polyethylene of Raised Temperature Resistance) tube, a welding steel wire mesh, an aluminum foil reflecting film, a heat preserving layer, a structural layer and a mounting bracket, wherein a plurality of ports are formed in the organic glass veneer; a space of which the thickness is 1-3mm is supported for the organic glass veneer by the connecting supporting column; the PE-RT tube is arranged in the space; an in-line type PE-RT tube is adopted as the PE-RT tube; a heating medium circulates in the PE-RT tube and supplies kinetic energy by virtue of circulating equipment; the aluminum foil reflecting film is arranged under the welding steel wire mesh and cooperates with the heat preserving layer to control the radiation direction of the PE-RT tube to be a single direction. The module wall is higher in thermal conversion rate and high in indoor thermal comfort, can be tightly combined with a building wall without the occupation of an indoor space, meets requirements of a building modular system and can be prefabricated, and an indoor warming effect is controlled by increasing or decreasing the quantity according to actual requirements.

Description

Based on the low-temp radiating Climate Control Module wall of capillary web frame

Technical field

The present invention relates to a kind of low-temp radiating Climate Control Module wall based on capillary web frame, belong to building implements field.

Background technology

At present, known winter heating equipment comprises blower fan, fin, heat radiation floor, heat radiation ceiling etc., but these terminal devices all have some limitations, and as blower fan heating has wind sense, human thermal comfort degree is poor, easily causes indoor temperature change generated in case uneven; Fin thermal conversion rate is lower, and comfort level is not good; Heat radiation floor easily causes furniture to be out of shape, and affects interior net storey height, is unfavorable for that later period maintenance manages; Ceiling heating runs counter to the hot comfort principle of human body upper cold and lower heat, and affects interior net storey height, and the common defects of above-mentioned heating equipment also shows and needs secondary to construct, not high with the conjugation of building.

Summary of the invention

Secondary is needed to construct in order to overcome existing heating terminal device, hot comfort is poor, affect the deficiency that indoor usage space etc. exists, the invention provides a kind of low-temp radiating Climate Control Module wall based on capillary web frame, this module wall can not only prefabrication, carry out the installation of any amount as required, and the indoor affecting building hardly utilizes space, the comfort level meeting human body requires and meets the requirement of modular system of construction, is beneficial to the Late reformation of built construction.

Technical solution of the present invention is:

A kind of low-temp radiating Climate Control Module wall based on capillary web frame, comprise the organic glass decoration panel from outward appearance to inner essence set gradually, connecting struts, PE-RT manages, welded wire fabric, aluminium foil reflectance coating, insulation layer, deck and mounting bracket, organic glass decoration panel is placed in top layer, organic glass decoration panel offers some ports, organic glass decoration panel supports the thick space of 1-3mm by connecting struts, PE-RT pipe is set in this space, PE-RT pipe adopts type PE-RT in upright arrangement to manage, PE-RT pipe Inner eycle has heating agent, heating agent relies on recycle unit to provide kinetic energy, welding wire layout aluminium foil off the net reflectance coating coordinates insulation layer for intercepting scattering and disappearing of heat in PE-RT pipe, the radiation direction of control PE-RT pipe is unidirectional carrying out, deck is for carrying whole device, and deck is provided with mounting bracket and is connected with component reserved on construction wall.

Further, monoblock modules wall is of a size of 900 × 600 × 50mm, PE-RT pipe diameter × wall thickness is 18 × 1.8mm, the pipeline section centreline spacing of PE-RT pipe is 100mm, can add corrugated bushing if desired helps bending, effective the fixing of PE-RT is fixed by part, fixes and is connected to welding wire on the net by part, if desired detachably.

Further, the thickness of organic glass decoration panel is 5mm, both can serve as the heat radiation supporting member of module wall, directly can serve as again the decoration element of chamber internal surface.Organic glass decoration panel opens every 60mm the port that diameter is 30mm.

Further, the PE-RT pipe pipeline section ending of every block module wall stretches out 40-60mm, and this module wall connects adjacent two pieces of module walls at the fixing lower of connecting bolt.The PE-RT pipe of each modular unit realizes splicing by connecting bolt, and module is connected with building by mounting bracket, and the batch production realizing component is prefabricated, and convenient installation, avoids the difficulty that secondary is constructed.

The invention has the beneficial effects as follows, this module wall, thermal conversion rate is higher, indoor thermal comfort is good, and can combine closely with construction wall and do not occupy the interior space, meets the requirement of modular system of construction, be beneficial to Late reformation and the suitability for industrialized production of built construction, structure is simple, easy for installation.

Accompanying drawing explanation

Fig. 1 is the vertical section constructional drawing of the embodiment of the present invention;

Fig. 2 is the front view of the embodiment of the present invention;

In figure: 1-organic glass decoration panel, 2-is fixing presses part, and 3-PE-RT manages, 4-connecting struts, 5-welded wire fabric, 6-aluminium foil reflectance coating, 7-insulation layer, 8-deck, 9-mounting bracket, 10-connecting bolt, 11-port.

Detailed description of the invention

The preferred embodiments of the present invention are described in detail below in conjunction with accompanying drawing.

Embodiment utilizes bionic principle, human epidermal has good temperature regulating power, and this regulating power depends on subepidermal capillary network, the organizational styucture of the capillary network therefore under analogy human epidermal, this organizations tructure of simulation human capillary vessel net, designs a kind of air conditioning terminal being applicable to most of new-type environment-friendly air conditioner heating system.

This kind is based on the low-temp radiating Climate Control Module wall of capillary web frame.This module wall is of a size of 900 × 600 × 50mm, and tectonic remnant basin is from outward appearance to inner essence followed successively by: organic glass decoration panel 1, connecting struts 4, PE-RT pipe 3, welded wire fabric 5, aluminium foil reflectance coating 6, insulation layer 7, deck 8 and mounting bracket 9.

As Fig. 1, organic glass decoration panel 1 is placed in top layer, the thick space of about 2mm is supported by connecting struts 4, place PE-RT pipe 3 therebetween, arrange in type in upright arrangement, be of a size of 18mm × 1.8mm, spacing is 100mm, can add corrugated bushing if desired helps bending, fixed by part 2 with fixing, fixing is connected on welded wire fabric 5 by part 2, detachable if desired, welded wire fabric 5 times arranges that aluminium foil reflectance coatings 6 coordinate insulation layer 7 for intercepting scattering and disappearing of heat in PE-RT pipe 3, control its radiation direction, finally that deck 8 is for carrying whole device, and can be connected with component reserved on construction wall by mounting bracket 9 thereon.Simultaneously because of this module wall size just in time with the window of common buildings under highly close, therefore directly can install under window when architecture construction, or combine closely with wall when building renovation, reach the object that minimizing occupies the interior space.

As Fig. 2, organic glass decoration panel 1 thickness is 5mm, opens every 60mm the port that diameter is 30mm, can play and reduce the effect of heat insulation of decoration panel, accelerates distributing of heat in PE-RT pipe 3, can alleviate deadweight again, and play the decoration function of external surface.The pipeline section of the PE-RT pipe 3 of every block module board ending is stretched out about 50mm, and connect adjacent two pieces of module boards at the fixing lower of connecting bolt 10, number can be added and subtracted according to the demand of building.

In operation, at the heating agent of water inlet one end commensurability 60 DEG C of PE-RT pipe 3, when circulating in the duct, under the booster action of reflectance coating and insulation layer, release heat heating indoor air, heating agent relies on recycle unit to provide kinetic energy, and heating agent can be recycled through heating.

Heating agent circulates when reaching about 60 DEG C in each block of PE-RT pipe 3 of connecting bolt 10 connection, aluminium foil reflectance coating 6 is relied on to coordinate the insulation reflex of insulation layer 7 to make heat radiation be unidirectional carrying out, accelerate the rising of architecture indoor temperature, and indoor air temperature can be controlled according to the temperature of heating agent in control PE-RT pipe 3 and flow velocity.

More than show and describe general principle of the present invention, principal character and advantage of the present invention.The technician of the industry should understand; the present invention is not restricted to the described embodiments; what describe in above-described embodiment and manual just illustrates principle of the present invention; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.

Claims

1. the low-temp radiating Climate Control Module wall based on capillary web frame, it is characterized in that: comprise the organic glass decoration panel from outward appearance to inner essence set gradually, connecting struts, PE-RT manages, welded wire fabric, aluminium foil reflectance coating, insulation layer, deck and mounting bracket, organic glass decoration panel is placed in top layer, organic glass decoration panel offers some ports, organic glass decoration panel supports the thick space of 1-3mm by connecting struts, PE-RT pipe is set in this space, PE-RT pipe adopts type PE-RT in upright arrangement to manage, PE-RT pipe Inner eycle has heating agent, heating agent relies on recycle unit to provide kinetic energy, welding wire layout off the net aluminium foil reflectance coating coordinates the radiation direction of insulation layer control PE-RT pipe to be unidirectional carrying out, deck is provided with mounting bracket and is connected with component reserved on construction wall.

2. as claimed in claim 1 based on the low-temp radiating Climate Control Module wall of capillary web frame, it is characterized in that: monoblock modules wall is of a size of 900 × 600 × 50mm, PE-RT pipe diameter × wall thickness is 18 × 1.8mm, the pipeline section centreline spacing of PE-RT pipe is 100mm, PE-RT is effective fixing to be fixed by part, and fixing to be connected to welding wire by part online.

3., as claimed in claim 1 or 2 based on the low-temp radiating Climate Control Module wall of capillary web frame, it is characterized in that: the thickness of organic glass decoration panel is 5mm, and organic glass decoration panel opens every 60mm the port that diameter is 30mm.

4. as claimed in claim 3 based on the low-temp radiating Climate Control Module wall of capillary web frame, it is characterized in that: the PE-RT pipe pipeline section ending of every block module wall stretches out 40-60mm, this module wall connects adjacent two pieces of module walls at the fixing lower of connecting bolt.