A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Instant-heating temperature-controllable graphene heating ceramic tile floor heating system
The invention discloses an instant-heating temperature-controllable graphene heating ceramic tile floor heating system. The system involves ceramic tile bodies, heating strips, a graphene interlayer, a heating inner plate, inserting ends, a heat transfer plate, heat transfer end points and butt joint ends. According to the instant-heating temperature-controllable graphene heating ceramic tile floor heating system, heating resistors transfer heat upwards to the heating transfer plate above, and the heating transfer plate transfers the heat between the two connected ceramic tile bodies through heating transfer columns, so that rapid temperature rise of the heating transfer plate is accelerated; meanwhile, after the heating transfer plate transfers the heat to an interlayer body, the heat transfer columns transfer the heat to the tops of the ceramic tile bodies, and the interlayer body further transfers heat to the heating strips through heat transfer slender rods, so that the upper surfaces of the ceramic tile bodies and the heating strips are rapidly heated; and meanwhile, the heat can be stored through heat storage holes, so that the heating time needed for re-heating in a short time is saved, the temperature can be controlled and adjusted, and the heat can be rapidly transferred.
本发明公开了一种即开即热可控温的石墨烯发热瓷砖地暖系统，包括瓷砖本体、加热条、石墨烯夹层、加热内板、安插端、传热板、传热端点和对接端，本发明即开即热可控温的石墨烯发热瓷砖地暖系统，加热电阻将热量向上传递给上方的加热传递板中，加热传递板通过加热传递柱将热量在两块相连的瓷砖本体之间相互传递，加速加热传递板的迅速升温，同时加热传递板将热量传递给夹层本体后，传热柱将热量传递到瓷砖本体的顶部，夹层本体通过传热细杆进一步将热量传递到加热条上，使瓷砖本体的上表面与加热条迅速升温，同时存温孔能够对热量进行留存，节省短期内再次升温时所需的加热时间，能够实现对温度的控制调节，并快速的将热量进行传递。
Instant-heating temperature-controllable graphene heating ceramic tile floor heating system
The invention discloses an instant-heating temperature-controllable graphene heating ceramic tile floor heating system. The system involves ceramic tile bodies, heating strips, a graphene interlayer, a heating inner plate, inserting ends, a heat transfer plate, heat transfer end points and butt joint ends. According to the instant-heating temperature-controllable graphene heating ceramic tile floor heating system, heating resistors transfer heat upwards to the heating transfer plate above, and the heating transfer plate transfers the heat between the two connected ceramic tile bodies through heating transfer columns, so that rapid temperature rise of the heating transfer plate is accelerated; meanwhile, after the heating transfer plate transfers the heat to an interlayer body, the heat transfer columns transfer the heat to the tops of the ceramic tile bodies, and the interlayer body further transfers heat to the heating strips through heat transfer slender rods, so that the upper surfaces of the ceramic tile bodies and the heating strips are rapidly heated; and meanwhile, the heat can be stored through heat storage holes, so that the heating time needed for re-heating in a short time is saved, the temperature can be controlled and adjusted, and the heat can be rapidly transferred.
本发明公开了一种即开即热可控温的石墨烯发热瓷砖地暖系统，包括瓷砖本体、加热条、石墨烯夹层、加热内板、安插端、传热板、传热端点和对接端，本发明即开即热可控温的石墨烯发热瓷砖地暖系统，加热电阻将热量向上传递给上方的加热传递板中，加热传递板通过加热传递柱将热量在两块相连的瓷砖本体之间相互传递，加速加热传递板的迅速升温，同时加热传递板将热量传递给夹层本体后，传热柱将热量传递到瓷砖本体的顶部，夹层本体通过传热细杆进一步将热量传递到加热条上，使瓷砖本体的上表面与加热条迅速升温，同时存温孔能够对热量进行留存，节省短期内再次升温时所需的加热时间，能够实现对温度的控制调节，并快速的将热量进行传递。
Instant-heating temperature-controllable graphene heating ceramic tile floor heating system
一种即开即热可控温的石墨烯发热瓷砖地暖系统
ZHANG QIYANG (author)
2021-06-04
Patent
Electronic Resource
Chinese
Heating ceramic tile, ceramic tile structure and preparation method for heating ceramic tile
| European Patent Office | 2021