CN207815471U - Skyscraper floor heating monitoring device - Google Patents

Abstract

The utility model discloses a kind of skyscraper floor heating monitoring devices; including contact layer, concrete layer, waterproof layer, heating layer and insulating layer; fiber mesh layer of cloth is equipped between contact layer and concrete layer; there is reflecting layer between heating layer and insulating layer; and the lower end of insulating layer has heat insulation layer, and heat source tube is equipped in heating layer, and protection early warning layer is equipped between fiber mesh layer of cloth and contact layer; also there is temperature warning box, temperature warning box to connect with heat source tube across heating layer.The utility model is reasonable for structure, can in time be reminded when the utility model is damaged, additionally it is possible to send out alarm in time when the temperature is excessively high.

Description

Skyscraper floor heating monitoring device

Technical field

The utility model is related to a kind of floor heating structures.

Background technology

Floor heating is the abbreviation of floor panel heating, and English is Radiant Floor Heating, be with entire ground is scattered Hot device is evenly heated entire ground by the heating agent in flooring radiation layer, is radiated upwards using the accumulation of heat on ground itself and heat Rule conducted from the bottom to top, to achieve the purpose that heating.

Warm up with being divided into water from thermal medium electricity floor heating two major classes, wherein electricity floor heating is to allow appearance in operating temperature The heating cable of limit is buried in floor, and using heating cable as heat source heating floor or ceramic tile, room temperature or ground are controlled with temperature controller Temperature realizes the heating system of ground radiation heating, have the advantages that comfortable, energy-saving and environmental protection, flexibly, need not safeguard.

And social skyscraper is more and more now, because water pipe and boiler need not be laid with, electricity floor heating is in skyscraper Upper use scope is very wide, but the fire hazard of skyscraper is also bigger, therefore, it is possible to heating cable when the temperature is excessively high, It sounds a warning, is just particularly important.

Utility model content

Purpose of the utility model is to solve disadvantages existing in the prior art, and a kind of skyscraper proposed Warm monitoring device.

To achieve the goals above, the utility model uses following technical solution：

A kind of skyscraper floor heating monitoring device, including contact layer, concrete layer, waterproof layer, heating layer and insulating layer, connect It is equipped with fiber mesh layer of cloth between contact layer and concrete layer, there is reflecting layer, and under insulating layer between heating layer and insulating layer End has heat insulation layer, and heat source tube is equipped in heating layer, and protection early warning layer is equipped between fiber mesh layer of cloth and contact layer, is also had Temperature warning box, temperature warning box connect across heating layer with heat source tube.

The protection early warning layer includes top plate and lower plywood, and top plate fits with contact layer, lower plywood and fiber Scrim layer fits, and the both ends of top plate and lower plywood have connecting plate, by connecting plate, structure between top plate and lower plywood At early warning chamber, early warning intracavitary is equipped with several equally distributed early warning blocks, and each early warning block includes mounting base and connection strap, and is pacified Dress seat is evenly distributed on top plate, and connection strap is evenly distributed on lower plywood, and the end of each mounting base has joint face, leads to Joint face is crossed, connection strap realizes the connection with mounting base.

Also there is thermal conductive surface, the lower end of thermal conductive surface and heat source tube to fit, and thermal conductive surface exposes heating layer, with temperature warning Box connects.

The end of the thermal conductive surface has thermally conductive sheet, also has and the matched bimetal leaf of thermally conductive sheet, bimetal leaf packet The passive layer for including active layers and fitting therewith, thermally conductive sheet are coated on the middle part of thermally conductive sheet by heat-conducting insulated film, and with actively Layer fits, and thermally conductive sheet is located in the inner cavity of temperature warning box, and there is temperature warning box upper cover, upper lid to be equipped with alarm and electricity Pond also has conductive ring, and while connecting respectively with alarm and battery, the both ends of conductive ring are located on the both ends of bimetal leaf Side.

It is provided with circular hole in the middle part of the active layers, and active layers are located at the both sides of circular hole and are provided with the first rectangular notch, quilt The both sides of dynamic layer are provided with the second rectangular notch.

Drying box is additionally provided in the inner cavity of the temperature warning box, the outer wall of drying box is uniformly provided with imbibing hole.

The length N of first rectangular notch is less than the length M of the second rectangular notch, and the width C of the first rectangular notch is small In the width D of the second rectangular notch.

Compared with prior art, the utility model has the beneficial effects that：

In the utility model, cable generates heat in heat source tube, will be by reflecting layer when heat moves downwards Stopped with heat insulation layer so that most heat is merely able to move upwards, and fiber mesh layer of cloth can be offset as far as possible The shrinkage stress of concrete layer avoids it from generating crack；

And it is further, early warning layer is protected due to being equipped between fiber mesh layer of cloth and contact layer, and the protection early warning Layer includes top plate and lower plywood, and top plate fits with contact layer, and lower plywood fits with fiber mesh layer of cloth, top plate There is connecting plate with the both ends of lower plywood, by connecting plate, early warning chamber is constituted between top plate and lower plywood, early warning intracavitary is equipped with Several equally distributed early warning blocks, each early warning block includes mounting base and connection strap, and mounting base is evenly distributed on top plate On, connection strap is evenly distributed on lower plywood, and the end of each mounting base has joint face, and by joint face, connection strap is realized With the connection of mounting base, this spline structure is advantageous in that, by early warning layer, in contact layer (i.e. floor tile) in prolonged use, Or when being damaged by external impact, it will be expressed to protection early warning layer first, since protection early warning layer includes top plate under Laminate, when this two boards is by external compression, internal early warning chamber certainly will deform upon, the mounting base of original installation connection It will occur fracture (mounting base with connection strap brittle plastic may be used) with connection strap, the clear and melodious sound that when fracture sends out, energy External staff is enough reminded, checks ground immediately, avoids further being damaged so that waterproof layer, heating layer etc. are damaged.

And the utility model when the temperature is excessively high, can also provide alarm, specific body by temperature warning box in heat source tube Now, also there is thermal conductive surface, the lower end of thermal conductive surface and heat source tube to fit, and thermal conductive surface exposes heating layer, with temperature warning box Connect.

The end of the thermal conductive surface has thermally conductive sheet, also has and the matched bimetal leaf of thermally conductive sheet, bimetal leaf packet The passive layer for including active layers and fitting therewith, thermally conductive sheet are coated on the middle part of thermally conductive sheet by heat-conducting insulated film, and with actively Layer fits, and thermally conductive sheet is located in the inner cavity of temperature warning box, and there is temperature warning box upper cover, upper lid to be equipped with alarm and electricity Pond also has conductive ring, and while connecting respectively with alarm and battery, the both ends of conductive ring are located on the both ends of bimetal leaf Side, this spline structure are advantageous in that：When heat source tube adstante febre, the temperature sent out can be transmitted to thermal conductive surface end by thermal conductive surface The thermally conductive sheet in portion is ultimately conducted to bimetal leaf, and bimetal leaf includes active layers and passive layer, the thermal expansion metal of active layers Coefficient is bigger than passive layer, therefore, when the temperature of heat source tube reaches certain temperature (close to the upper limit of cable heating temperature 65 ° or so), after bimetal leaf is heated, passive layer certainly will drive active layers to bend deformation, in this way, the both ends of bimetal leaf The both ends of conductive ring can be touched, in this way, entire conductive ring can be realized as being connected to, battery can provide electricity to alarm Can, make its alarm.

Description of the drawings

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of the utility model active layers 23；

Fig. 3 is the structural schematic diagram of the utility model passive layer 24.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Referring to Fig.1-3, a kind of skyscraper floor heating monitoring device, including contact layer 1, concrete layer 2, waterproof layer 3, heating Layer 4 and insulating layer 5 are equipped with fiber mesh layer of cloth 6, have between heating layer 4 and insulating layer 5 between contact layer 1 and concrete layer 2 Reflecting layer 7, and the lower end of insulating layer 5 has heat insulation layer 8, and heat source tube 9, fiber mesh layer of cloth 6 and contact layer are equipped in heating layer 4 It is equipped with protection early warning layer 10 between 1, also there is temperature warning box 11, temperature warning box 11 to pass through heating layer 4 and 9 phase of heat source tube It connects.

The protection early warning layer 10 includes top plate 12 and lower plywood 13, and top plate 12 fits with contact layer 1, lower layer Plate 13 fits with fiber mesh layer of cloth 6, and the both ends of top plate 12 and lower plywood 13 have connecting plate 14, by connecting plate 14, Early warning chamber 15 is constituted between top plate 12 and lower plywood 13, is equipped with several equally distributed early warning blocks 16 in early warning chamber 15, often A early warning block 16 includes mounting base 17 and connection strap 18, and mounting base 17 is evenly distributed on top plate 12, and connection strap 18 is uniform It is distributed on lower plywood 13, the end of each mounting base 17 has joint face 19, and by joint face 19, connection strap 18 is realized and peace Fill the connection of seat 17.

Also there is thermal conductive surface 20, thermal conductive surface 20 and the lower end of heat source tube 9 to fit, and thermal conductive surface 20 exposes heating layer 4, with Temperature warning box 11 connects.

The end of the thermal conductive surface 20 have thermally conductive sheet 21, also have with 21 matched bimetal leaf 22 of thermally conductive sheet, it is double Sheet metal 22 includes active layers 23 and the passive layer 24 to fit therewith, and thermally conductive sheet 21 is coated on and is led by heat-conducting insulated film 25 The middle part of backing 21, and fit with active layers 23, thermally conductive sheet 21 is located in the inner cavity of temperature warning box 11, temperature warning box 11 With upper cover 26, upper cover 26 is equipped with alarm 27 and battery 28, also has conductive ring 29, respectively with alarm 27 and battery 28 While connecting, the both ends of conductive ring 29 are located above the both ends of bimetal leaf 22.

The middle part of the active layers 23 is provided with circular hole 30, and active layers 23 are located at the both sides of circular hole 30 and are provided with the first rectangle The both sides of notch 31, passive layer 24 are provided with the second rectangular notch 32.

Drying box 33 is additionally provided in the inner cavity of the temperature warning box 11, the outer wall of drying box 33 is uniformly provided with imbibing hole 34.It can be put into drier in drying box 33, in this way, excessive moisture can be absorbed by imbibing hole 34, avoid temperature warning box 11 Box internal-external temperature difference it is excessive, cause excess moisture in box.

The length N of first rectangular notch 31 is less than the length M of the second rectangular notch 32, the width of the first rectangular notch 31 Spend the width D that C is less than the second rectangular notch 32.This spline structure is advantageous in that, since active layers 23 have the first rectangular notch 31 and circular hole 30, passive layer 24 has the second rectangular notch 32, and 31 and second rectangular notch 32 of such first rectangular notch can So that active layers 23 and the heating surface area of passive layer 24 become smaller, thus it is more prone to temperature distortion, and the second rectangular notch 32 Area be greater than 31 area of the first rectangular notch, the heating surface area of passive layer 24 is more prone to heated, further with regard to smaller Improve reaction precision.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not Be confined to this, any one skilled in the art within the technical scope disclosed by the utility model, according to this practicality Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model Within enclosing.

Claims (7)

1. a kind of skyscraper floor heating monitoring device, including contact layer (1), concrete layer (2), waterproof layer (3), heating layer (4) With insulating layer (5), it is characterised in that：Fiber mesh layer of cloth (6), heating layer are equipped between contact layer (1) and concrete layer (2) (4) there are reflecting layer (7) between insulating layer (5), and the lower end of insulating layer (5) has heat insulation layer (8), is set in heating layer (4) There is heat source tube (9), protection early warning layer (10) is equipped between fiber mesh layer of cloth (6) and contact layer (1), also there is temperature warning box (11), temperature warning box (11) connects across heating layer (4) with heat source tube (9).

2. skyscraper floor heating monitoring device according to claim 1, which is characterized in that protection early warning layer (10) packet Top plate (12) and lower plywood (13) are included, and top plate (12) fits with contact layer (1), lower plywood (13) and fibrous mesh cloth Layer (6) fits, and top plate (12) and the both ends of lower plywood (13) have connecting plate (14), pass through connecting plate (14), top plate (12) early warning chamber (15) is constituted between lower plywood (13), several equally distributed early warning blocks are equipped in early warning chamber (15) (16), each early warning block (16) includes mounting base (17) and connection strap (18), and mounting base (17) is evenly distributed on top plate (12) on, connection strap (18) is evenly distributed on lower plywood (13), and the end of each mounting base (17) has joint face (19), leads to Joint face (19) is crossed, connection strap (18) realizes the connection with mounting base (17).

3. skyscraper floor heating monitoring device according to claim 1, which is characterized in that also there is thermal conductive surface (20), lead Hot face (20) and the lower end of heat source tube (9) fit, and thermal conductive surface (20) exposes heating layer (4), with temperature warning box (11) phase It connects.

4. skyscraper floor heating monitoring device according to claim 3, which is characterized in that the end of the thermal conductive surface (20) With thermally conductive sheet (21), also have with thermally conductive sheet (21) matched bimetal leaf (22), bimetal leaf (22) includes active layers (23) and therewith the passive layer (24) to fit, thermally conductive sheet (21) are coated on thermally conductive sheet (21) by heat-conducting insulated film (25) Middle part, and fit with active layers (23), thermally conductive sheet (21) is located in the inner cavity of temperature warning box (11), temperature warning box (11) With upper cover (26), upper cover (26) is equipped with alarm (27) and battery (28), also with conductive ring (29), respectively with alarm (27) while and battery (28) connects, the both ends of conductive ring (29) are located above the both ends of bimetal leaf (22).

5. skyscraper floor heating monitoring device according to claim 4, which is characterized in that the middle part of the active layers (23) It is provided with circular hole (30), and active layers (23) are located at the both sides of circular hole (30) and are provided with the first rectangular notch (31), passive layer (24) Both sides be provided with the second rectangular notch (32).

6. skyscraper floor heating monitoring device according to claim 1, which is characterized in that the temperature warning box (11) Drying box (33) is additionally provided in inner cavity, the outer wall of drying box (33) is uniformly provided with imbibing hole (34).

7. skyscraper floor heating monitoring device according to claim 5, which is characterized in that first rectangular notch (31) Length N be less than the length M of the second rectangular notch (32), the width C of the first rectangular notch (31) is less than the second rectangular notch (32) width D.