Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Assembly type graphene heating wallboard
The invention discloses an assembly type graphene heating wallboard, and belongs to the field of graphene wallboards. Heat generated by a graphene heating layer is utilized to enable gas on the inner side of an elastic bag layer and gas on the inner side of an inwards-concave foam plate to be gradually heated and expanded, on one hand, an outer hollow flow control plate is pushed to move outwards, on one hand, heat in the inwards-concave foam plate is dissipated to the position between the inwards-concave foam plate and an inner base plate through a gap between the outer hollow flow control plate and the inwards-concave foam plate, on the other hand, relative movement occurs between the elastic bag layer and an inner flow control head along with expansion of the elastic bag layer, heat flow in the elastic bag layer is always in a certain closed state, when the elastic bag layer moves a support column, the heat of the elastic bag layer is released and sprayed to the space between the inwards-concave foam plate and the inner base plate, so that heat flow between the inwards-concave foam plate and the inner base plate flows violently, heat distribution of the area is balanced, meanwhile, heat dissipation to the outside through the inner base plate is accelerated, the temperature of the outside space can be increased rapidly and evenly, and the heat dissipation effect is effectively improved.
本发明公开了一种装配式石墨烯发热墙板，属于石墨烯墙板领域，本发明利用石墨烯发热层产生的热量使弹性囊层和内凹泡沫板内侧气体均逐渐升温膨胀，一方面推动外中空控流板外移，使内凹泡沫板内热量通过外中空控流板和内凹泡沫板之间间隙散发至内凹泡沫板和内基板之间，另一方面，随着弹性囊层膨胀，与内控流头之间发生相对移动，弹性囊层内热流始终处于一定封闭状态，当弹性囊层移动支柱时，弹性囊层的热量被释放，喷向内凹泡沫板和内基板之间，使内凹泡沫板和内基板之间的热流处于剧烈流动中，不仅均衡了该区域的热量分布，同时加速了热量通过内基板向外界的散发，使外界空间可以快速且均匀地进行升温，有效提高散热效果。
Assembly type graphene heating wallboard
The invention discloses an assembly type graphene heating wallboard, and belongs to the field of graphene wallboards. Heat generated by a graphene heating layer is utilized to enable gas on the inner side of an elastic bag layer and gas on the inner side of an inwards-concave foam plate to be gradually heated and expanded, on one hand, an outer hollow flow control plate is pushed to move outwards, on one hand, heat in the inwards-concave foam plate is dissipated to the position between the inwards-concave foam plate and an inner base plate through a gap between the outer hollow flow control plate and the inwards-concave foam plate, on the other hand, relative movement occurs between the elastic bag layer and an inner flow control head along with expansion of the elastic bag layer, heat flow in the elastic bag layer is always in a certain closed state, when the elastic bag layer moves a support column, the heat of the elastic bag layer is released and sprayed to the space between the inwards-concave foam plate and the inner base plate, so that heat flow between the inwards-concave foam plate and the inner base plate flows violently, heat distribution of the area is balanced, meanwhile, heat dissipation to the outside through the inner base plate is accelerated, the temperature of the outside space can be increased rapidly and evenly, and the heat dissipation effect is effectively improved.
本发明公开了一种装配式石墨烯发热墙板，属于石墨烯墙板领域，本发明利用石墨烯发热层产生的热量使弹性囊层和内凹泡沫板内侧气体均逐渐升温膨胀，一方面推动外中空控流板外移，使内凹泡沫板内热量通过外中空控流板和内凹泡沫板之间间隙散发至内凹泡沫板和内基板之间，另一方面，随着弹性囊层膨胀，与内控流头之间发生相对移动，弹性囊层内热流始终处于一定封闭状态，当弹性囊层移动支柱时，弹性囊层的热量被释放，喷向内凹泡沫板和内基板之间，使内凹泡沫板和内基板之间的热流处于剧烈流动中，不仅均衡了该区域的热量分布，同时加速了热量通过内基板向外界的散发，使外界空间可以快速且均匀地进行升温，有效提高散热效果。
Assembly type graphene heating wallboard
一种装配式石墨烯发热墙板
09.07.2021
Patent
Elektronische Ressource
Chinesisch
Modularized assembly type wallboard mold and assembly type wallboard production method
| Europäisches Patentamt | 2023
Production process of graphene heating wallboard module
| Europäisches Patentamt | 2020
Graphene heating wallboard and preparation method thereof
| Europäisches Patentamt | 2021