CN2849014Y

CN2849014Y - Electric heating floor board structure

Info

Publication number: CN2849014Y
Application number: CN 200520047039
Authority: CN
Inventors: 陳樹鍊
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-11-29
Filing date: 2005-11-29
Publication date: 2006-12-20
Anticipated expiration: 2015-11-29

Abstract

The utility model provides an electric heating floor structure which mainly comprises a base layer, a heating layer, a surface layer and a control unit, wherein the heating layer is clamped between the base layer and the surface layer, a plurality of electric heating bands are laid to form the heating layer which is conducted with the control unit, the control of the heating temperature and the heating time of the heating layer is realized by the on-line control of the control unit, heat energy is generated and the surface of the floor forms a warm state, and the efficiency and the safety of a hothouse can be improved.

Description

The electric heating floor structure

Technical field

The utility model is relevant with fabric structure, knows clearly it, refers to a kind of electric heating floor structure especially, and it is arranged by the ribbon heater, makes the floor be presented tepid state, for improving greenhouse efficient and safety.

Background technology

At the weather cold district, building utilizes radiator, heating air conditioner usually or is embedded in hot water circulation system in the floor, builds the greenhouse space, and by the hot water circulation system in the floor, avoids the floor sense of touch too ice-cold, to improve amenity.

With regard to radiator and heating air conditioner, its running heating often needs to consume indoor oxygen, and be subjected to the set place of unit equipment, indoor compartment, the influence of factors such as furnishings position, heat energy easily concentrates on the contiguous near zone of unit equipments such as radiator or air-conditioning ventilating, form indoor temperature rise difference everywhere, the temperature of unit equipment proximal end region is higher, and the temperature of remote zone is lower, the phenomenon of this kind localized hyperthermia easily forms potential danger, and need help fan to make indoor air flows, reducing the indoor temperature difference everywhere, but the use of fan easily aggravates dissipation of heat energy again, influences its thermal efficiency, and because hot air rises, cold air decline phenomenon, equipment such as obvious radiator or heating air conditioner, and can't solve the too ice-cold problem of floor sense of touch, and influence greenhouse efficient.

With regard to the hot water circulation system that is embedded in the ground intralamellar part, it is that the ground intralamellar part is buried pipeline underground, firing equipments such as this pipeline and heavy oil boiler or electric heating water heater form the loop, utilize firing equipment to produce hot water, by pipeline heated up in the floor by hot water circuit and generate heat, to solve the ice-cold problem of floor sense of touch; Because these greenhouse equipment are to provide heat energy by hot water by pipeline, for asking indoor temperature everywhere balancedly to promote, avoid the space to form temperature difference mistake everywhere, the design and construction difficulty height of its pipeline, and at the initial stage of running, because water temperature also can't be promoted to rated temperature immediately, be difficult to produce fast warmer effect, its heating rate is slow, thus indoor if only do not have personnel in a short time when movable, often do not close the running of firing equipment, cause its use cost height, and these pipelines arrange the difficulty height, pipeline uses the back easy-to-rust for a long time and rhegma is leaked, and must chisel the floor this moment in time to carry out the pipeline maintenance, otherwise the rhegma of pipeline is leaked, easily the structural strength to the floor causes harmful effect, becomes the potential hazard on the safety virtually, its safeguard and inconvenient and consume the cost height.

Summary of the invention

The utility model main purpose is, a kind of electric heating floor structure is provided, and it is laid by the heating layer that the ribbon heater constituted, and produces heat energy by this heating layer, makes floor surface be formed tepid state, for improving greenhouse efficient and safety.

The utility model is a kind of electric heating floor structure, it mainly comprises a basic unit, a heating layer, a surface layer and a control module, wherein, this heating layer is located between this basic unit and this surface layer, and this heating layer is to be laid by the plural pieces ribbon heater to constitute, this heating layer and with this control module conducting, with temperature and time by this heating layer heating of the online control of this control module, impel floor surface to form tepid state for producing heat energy, for improving greenhouse efficient and safety.

Description of drawings

Accompanying drawing 1 is the partial sectional view of the utility model first embodiment.

Accompanying drawing 2 is partial sectional views of the utility model second embodiment.

12 basic units, 14 heating layers, 16 surface layers, 22 basic units, 24 heating layers, 26 surface layers, 28 insulation layers.

The specific embodiment

For further understanding the effect of technical characterictic of the present utility model, purpose and generation thereof, lift preferable feasible specific embodiment and conjunction with figs. explanation now.

See also accompanying drawing 1, the utility model electric heating floor first embodiment mainly comprises a basic unit 12, one heating layer 14, the control module (not shown) that one surface layer 16 and an electronic circuit are constituted, wherein, this basic unit 12, this heating layer 14 and this surface layer 16 constitute layer structure, this basic unit 12 is reinforced concrete construction layers, this heating layer 14 stacks on this basic unit's 12 end faces, and it is to be laid by the plural pieces ribbon heater to form, this heating layer 14 and with this control module conducting, with temperature and time by these heating layer 14 heatings of the online control of this control module, impel indoor intensification to form greenhouse to produce heat energy, this surface layer 16 stacks on this heating layer 14 end faces, it is to be pieced together by the plural pieces spike to form, and these spikes can be selected the heat resistant plastice sheet according to need for use, ceramic tile or plank are with the comfortableness that improves the floor surface sense of touch and ornamental.

The utility model is to constitute this heating layer 14 by the ribbon heater, so the design of this heating layer 14 and apply very easily and can make and indoorly fast and balancedly heats up everywhere, and effectively avoid the generation of localized hyperthermia's phenomenon, for promoting the thermal efficiency and safety in utilization, again, the utility model can be selected 200 watts/m ²～250 watts/m ²The ribbon heater constitute this heating layer 14, then this heating layer 14 can heat up 10 ℃～15 ℃ in 30 minutes, its heating rate is fast, and owing to this heating layer 14 is made of the ribbon heater, so can cooperate the variation of environment temperature easily by this control module, personnel activity's time and arrange the demand in place, set also sequencing and control the heating temp and the time of this heating layer 14, improve ease of use and energy utilization rate in view of the above, when using the utility model in general when indoor, can set in these heating layer 14 intensifications by this control module and be limited to 21 ℃～31 ℃, if the utility model is applied to the beauty parlour, during spaces such as gymnasium, then can set in these heating layer 14 intensifications and be limited to 40 ℃～45 ℃, this control module also can set temperature inductor and residual current circuit breaker, to improve the temperature controlled degree of accuracy and safety.

The utility model second embodiment changes and gets according to first embodiment, and identical part is repeated description not; See also accompanying drawing 2, the utility model second embodiment mainly comprises a basic unit 22, a heating layer 24, a surface layer 26 and a control module (not shown), wherein, folder is established an insulation layer 28 between this basic unit 22 and this heating layer 24, intercept according to this and prevent that this heating layer 24 heat energy that produces is to these basic unit's 22 conduction, for reducing heat energy dissipation, to improve energy utilization rate.

Claims

1, a kind of electric heating floor structure, mainly comprise a basic unit, a heating layer, a surface layer and a control module, it is characterized in that, this heating layer is located between this basic unit and this surface layer, and this heating layer is to be laid by the plural pieces ribbon heater to constitute, this heating layer and with this control module conducting.

According to the described electric heating floor structure of claim 1, it is characterized in that 2, this surface layer is to be pieced together by the plural pieces spike to form.

According to the described electric heating floor structure of claim 2, it is characterized in that 3, this surface layer is to be pieced together to lay by the plural pieces ceramic tile to constitute.

According to the described electric heating floor structure of claim 2, it is characterized in that 4, this surface layer is to be pieced together to lay by the plural pieces plank to constitute.

According to the described electric heating floor structure of claim 2, it is characterized in that 5, this surface layer is to be pieced together to lay by plural pieces heat resistant plastice sheet to constitute.

According to the described electric heating floor structure of claim 1, it is characterized in that 6, folder is established an insulation layer between this basic unit and this heating layer.

7, according to the described electric heating floor structure of claim 1, it is characterized in that this control module is equipped with temperature inductor and residual current circuit breaker.