CN106662340A

CN106662340A - Heating system

Info

Publication number: CN106662340A
Application number: CN201580043107.7A
Authority: CN
Inventors: 尹永煥
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-08-11
Filing date: 2015-08-10
Publication date: 2017-05-10
Also published as: KR20160019343A; KR101711088B1; US20170227239A1; KR20160019373A

Abstract

The present invention relates to a heating system, and more specifically to a heating system utilizing a structure capable of forming an elevated floor and a heating means in the interior between upper and lower panels forming a double floor above the structure. The heating system according to an embodiment of the present invention comprises: a structure forming an elevated floor above a slab and supported by legs; and heating panels comprising an upper panel having downwardly formed outer walls and downwardly protruding structure-seating parts on parts inside the corners capable of taking the load so that the upper panel can be fixed above the structure, and a lower panel having an upwardly bent body to attach to the bottom of the upper panel, the heating means installed in the interior, and penetration parts which the structure-seating parts penetrate, wherein when the upper panel and lower panel are attached, the empty space therebetween is filled with cement mortar or red clay and cured.

Description

Heating system

Technical field

The present invention relates to heating system, in more detail, is related on the works and its works that can form floating floor The upper and lower panel inside for forming double floor is suitable for the heating system of heating unit.

Background technology

Generally, movable floor refers to the office for being arranged at machine room, electric panel room, emergency ward etc., and for hidden electric cloth Line etc., blocks moisture, fits up floor and is arranged by dual structure in a spaced manner from bottom surface.

That is, the computer room or canyon of company is provided with many servers or equipment, so as to need feed cable, network Cable, industrial siding and telephone wire etc., arrange dual floor to guarantee floor space below, to prevent these all distributions from hindering It is current, and allow the construction material that these distributions are used to be movable floor.

But, this movable floor is only used with the purpose of floating floor structure.

On the other hand, currently, in the heating system of apartment house, for slab, it is used as flammable sound-absorbing material Or the polystyrene foam plastics or foamed urethane or expanded polypropylene (Polypropylene) of damping of shocks agent etc. Adiabatic sound-absorbing member constructed, be formed on light weight cellular concrete layer, the heat as heater block is configured thereon Water pipe, and by screed carry out construction to complete floor thereon again.

The cement construction of this floor panel structure is carried out by field technician in the way of wet type.

There are the following problems for this existing technology：It is difficult not only to construct, and inside concrete is configured with many pipe arrangements and connects Relay part, so as to when carrying out maintenance and repair and leak occurring, it is difficult to place under repair, also, connect in long way in series Hot water circuit pipe arrangement is connected to, so as to the time needed for heat supply is very long, in slab, heat supply pipe arrangement mortar is formed as one with floor Body, so as to easily transmit interlayer noise.

In order to solve the problems, such as this wet type heating system, following dry type heat supply panel, the dry type are developed and provided Heat supply panel has is used for built-in hot-water line or insertion hot water in the panel of the material of concrete, synthetic resin, loess etc The groove or fixed component of pipe.

This dry type heat supply panel is assembly type heating system, and pre-production is done in the way of simple assembling at the scene Formula panel is constructed, and so as to have a not only reduction of erection time, and maintenance and repair in the future also becomes easy advantage, but due to Panel itself is made in the way of dry type, thus there is a problem of that robustness is reduced and without heat accumulation function.

The content of the invention

The present invention is proposed to solve the problems, such as described, be its object is to, there is provided following heating system, is belonged to Floating floor is formed in the works assembling and the fixed heat supply panel with heating and heat accumulation function that form double floor Dry construction method, therefore easy construction, also, adhere to noise relief pad double-deck works leg is formed, so as to can Substantially reduce the interlayer noise along structure transmission.

Also, it is an object of the present invention to provide following heating system, connected in long way in series in the past Pipe arrangement is thickly covered in cement mortar, so as to the time needed in order to eliminate heat supply it is very long the drawbacks of, be provided with heat supply pipe arrangement Panel and panel connect in parallel, so as to uniform and rapidly carry out heat supply, and due to heat insulating ability it is high, energy-saving effect Greatly, also, in panel itself filled with cement mortar or loess, so as to the recovery electric heating system of heat is high, and the heat supply panel on floor is formed Top is made up of aluminum deck, so as to thermal conductivity is high.

Heating system for reaching one embodiment of the invention of described purpose includes：Works, by thigh support Floating floor is formed in slab；And heat supply panel, upper panel and lower panel are provided with, the upper side can born The part of the load on the inside of the corner of plate is downwardly projected and is formed with works setting unit, in order to be able to be fixed on the structure Thing, the upper panel forms downwards outer wall, the lower panel by body be folded upward at and with the upper panel under Portion combines and forms, and in the heating unit that is internally provided with of the lower panel, the lower panel is formed with described for making The breakthrough part of works setting unit insertion, in the state of the upper panel is in combination with lower panel, upper panel with The interstitial space filling concrete mortar or loess of lower panel is carrying out health.

The heating system of one more embodiment of the present invention includes：Works, floating ground is formed by thigh support in slab Plate；And heat supply panel, upper panel and lower panel are provided with, it is negative on the inside of the corner that can bear the upper panel The part of load is downwardly projected and is formed with works setting unit, in order to be able to be fixed on the works, the upper panel to Under form outer wall, the lower panel is folded upward at by body and is formed in combination with the bottom of the upper panel, described Lower panel is formed with the breakthrough part for making the works setting unit insertion, in the bottom surface bottom of the lower panel with dry The mode of formula is attached with and supplies hotting mask, and the porcelain or ceramic wafer of the bottom of the confession hotting mask are fixed by iron plate, on the top In the state of panel is in combination with lower panel, in upper panel and the interstitial space filling concrete mortar or loess of lower panel To carry out health.

The heating system of another embodiment of the present invention includes：Works, floating ground is formed by thigh support in slab Plate；And heat supply panel, upper panel, lower panel and centre panel are provided with, on the side that can bear the upper panel The part of the load on the inside of angle is downwardly projected and is formed with works setting unit, in order to be able to be fixed on the works, described Upper panel is formed with the prominent fastening part for being combined with lower panel, and the upper panel forms downwards outer wall, The lower panel is folded upward at by body and is formed in combination with the bottom of the upper panel, and the lower panel is formed with For making the breakthrough part of the works setting unit insertion, the lower panel be formed with for the prominent fastening part phase Corresponding position from the securing member of lower to upper part fastening bolt, the centre panel by the plate of ceramics or porcelain it is stacked on top of one another and Formed a pair, the centre panel is formed with the openings for making the prominent fastening part insertion, for hotting mask between a pair of institutes State between ceramics or the plate of porcelain to be located at the space for being combined with the upper panel and lower panel.

The heating system of another embodiment of the present invention includes：Works, floating ground is formed by thigh support in slab Plate；And heat supply panel, top iron plate and lower tank are provided with, the top iron plate is formed with can be positioned over heat supply panel Works is come the works securing member that fastened, in order to be able to is fixed on the works, rather than is additionally formed with knot Structure thing setting unit, is formed with flange, in the inside of the lower tank with the box shape that top opens on the outside of the lower tank Heating unit is provided with, the lower tank is formed with the securing member that can be anchored on the works, in the top iron plate Edge in the state of the flange of lower tank is by welding come in combination with, in the interstitial space filling concrete mortar of lower tank Or loess is carrying out health.

According to the solution of described problem, the present invention in common double-deck panel by embodying heat supply system System, in the works for forming dual floating floor heat supply panel is placed, so as to place independently, can easily with the side of dry type Formula is constructed, and so as to reduce construction cost, also, due to being double floor board structure, thus can help to the light of building Quantify.

Also, recovery electric heating system is high, and in panel itself filled with cement or loess, so as to can not only improve intensity of load, and Foot-operated sound is prevented, but also with the sound-absorbing effect of interlayer noise is reduced, when heat supply is carried out to the panel for forming floor, Can uniformly and rapidly be conducted heat.

Description of the drawings

Fig. 1 is the upper panel of one embodiment of the invention and the combination stereogram of lower panel.

Fig. 2 and Fig. 3 is the stereogram of the upper panel shown in Fig. 1 and the stereogram for illustrating bottom surface (ceiling).

Fig. 4 is the stereogram of the lower panel shown in Fig. 1.

Fig. 5 is the side sectional view of the heat supply panel of one embodiment of the invention.

Fig. 6 is the stereogram of the rubber pange heat preserving agent for installing the lower panel shown in Fig. 1.

Fig. 7 is to be connected make heat supply water circulation in the boiler to be with each heat supply panel according to embodiments of the invention System figure.

Fig. 8 is the figure for illustrating the state that the heat supply panel shown in Fig. 5 is arranged at works.

Fig. 9 and Figure 10 is the exploded perspective view of the heat supply panel of one more embodiment of the present invention.

Figure 11 is the stereogram of the heat supply panel of another embodiment of the present invention.

Specific embodiment

Hereinafter, referring to the drawings to embodiments of the invention structure and effect is illustrated.

It should be noted that for identical structural element in figure, even if being shown in different figures, also as far as possible by a phase With reference and symbol representing.

Hereinafter, during the explanation present invention, can in the known function or having illustrated for structure for being judged as correlation In the case of unnecessarily idea of the invention being obscured, description is omitted.

Also, when another structural element of part " including ", unless there are the special record opposed, it is meant that may be used also Including other structures key element, rather than exclude other structures key element.

Fig. 1 is the upper panel of one embodiment of the invention and the combination stereogram of lower panel, and Fig. 2 and Fig. 3 is shown in Fig. 1 Upper panel stereogram and the stereogram of ceiling surface is shown, Fig. 4 is the stereogram of the lower panel shown in Fig. 1, and Fig. 5 is The side sectional view of the heat supply panel of one embodiment of the invention.

Hereinafter, as the heating unit for being arranged at lower panel 20, the heat supply pipe arrangement being connected with boiler has been illustrated 27, but this is the invention is not limited in, for the metallic heating body of electric blanket etc., for carbon coating heater, the profit of stone bed etc. Electric line with heating function, carbon fiber with resistance etc. also is used as heating unit.

As illustrated, kang panel 60 includes upper panel 10 and lower panel 20, wherein may also include rubber pange insulation Agent 40.

First, in order to improve balance and accuracy, for heat transfer and accumulation of heat upper panel 10 using aluminium material as mould Tool shaping being formed, including works setting unit 11, outer wall 12, protuberance 13, prominent fastening part 14, muscle 15, locking projection 16, Locking shoulder 17, fastening projection 18, through hole 28 and block 34, and square or rectangular form.

The upper panel 10 is downwardly projected from average aluminium sheet and is formed with outer wall 12 to four directions, from the outer wall 12 Inside lateral bending folding is formed with the fastening projection 18 with binding groove 18a between outer wall 12 twice at regulation.

That is, as shown in figure 3, when observing from bottom surface, fastening projection 18 and outer wall 12 are in substantially 7 word shapes.

Also, to the side of binding groove 18a is formed with, formed in the mutually different height of outer wall 12 and fastening projection 18 There are locking shoulder 17 and locking projection 16.

In being formed with the inside of each corner of the outer wall 12, each load can born everywhere, to be securable to The mode for forming the works 50 of floating floor forms securing member in the central authorities of works setting unit 11, so as to using screw etc Part 31 being anchored on works 50 by the securing member of works setting unit 11, and in the top insertion end cap of upper panel 10 32。

Also, in the case of without leg, to prevent prominent works setting unit 11 prominent to the bottom surface of portion's panel 20 Mode formed so that the whole bottom surface of heat supply panel 60 is positioned over works 50, so as in upper panel can also merely with for Works securing member (not shown).

Also, when heat supply panel 60 is arranged at works 50, the load of the heat supply panel 60 during setting heat supply panel 60 The leg of works setting unit 11 is concentrated on, thus screw thread can be formed, and carry out fastening to be supported with nut N in bottom.

Wherein, in the case where the specification of upper panel 10 becomes big, the works setting unit 11 can also be formed at top The central part of panel, in order to the load of mid portion can be born.

Also, it is respectively formed with upper panel 10：Protuberance 13, when to the binding groove 18a, works setting unit 11 During with panel itself filling concrete mortar or loess, for strengthening the binding of upper panel 10 and inside stuffing；Prominent fastening Portion 14, for being combined with lower panel 20；And muscle 15, for improve the locking projection 16 inside binding groove 18a with The robustness of portion's panel 10.

Now, in the screw thread being internally formed for fastening bolt of prominent fastening part 14 so that upper panel 10 with The mode of bolt is anchored on lower panel 20.

Also, as shown in Fig. 2 all around may also be formed with gomphosis groove 33a and chimeric teat in upper panel 10 33b。

Thus, between adjacent heat supply panel 60, chimeric teat 33b is made to be inserted in gomphosis groove 33a, so as to prevent working as Clearance is produced during work or after arranging.

Also, the upper panel 10 is used to connect heat supply pipe arrangement 27 and hot water supply pipe 35, connection by fractional open The top of the connector 29 of heat supply pipe arrangement 27 and return pipe 36 by lid 34 being opened and closed.

Also, through hole 28 is formed with the upper panel 10, in order to pass through can hot water supply pipe 35 and return pipe 36 Lead to be horizontally placed on inside heat supply panel 60.

Then, lower panel 20 include body 21, bolt fastening port 22, insertion projection 23, charging port 24, openings 25, Woven wire 26, heat supply pipe arrangement 27, through hole 28, hot water supply pipe 35, return pipe 36, connector 29, and with the phase of upper panel 10 Accordingly square or rectangular form.

Also, can assemble be connected with the through hole 28 hot water supply pipe 35, return pipe 36 lower panel 20 have been internally formed pipe arrangement feed-through 37.

Lower panel 20 is folded upward at iron plate to form body 21 with quadrangle form, with Z-shaped inside lower panel 20 Shape morphologic arrangement has heat supply pipe arrangement 27, and one end of heat supply pipe arrangement 27 passes through the floor one of connector 29 and horizontal insertion lower panel Side is connected come the hot water supply pipe 35 for arranging, and the other end of heat supply pipe arrangement 27 is set by connector 29 with insertion lower panel The return pipe 36 put is connected.

That is, woven wire 26 is arranged inside lower panel 20 in the way of in length and breadth, and heat supply pipe arrangement 27 is bundled in wire Net 26, so as to respectively by the way that T-shaped connector 29 and insertion lower panel 20 are come level and are abreast arranged at the side on floor It is connected with return pipe 36 with the hot water supply pipe 35 of opposite side.

The kink 21a of downward bending is formed with to inner side, in order to can be from the position being folded upward at of the body 21 End insert and be anchored on the binding groove 18a of the upper panel 10, the position corresponding with the locking projection 16 to Outside is formed with insertion projection 23, in the state of kink 21a is inserted in binding groove 18a, the end of kink 21a engaging in Fasten the locking shoulder 17 of projection 18 and prevent from departing from.

Also, bolt fastening port 22 is formed with the position corresponding with prominent fastening part 14 of the upper panel 10, So as to from lower to upper part fastening bolt.

Be formed with charging port 24 in the one side being folded upward at of the body 21, in order to can upper panel 10 and under Aperture sections filling concrete mortar or loess inside portion's panel 20, in the knot with upper panel 10 of the inner side of lower panel 20 The corresponding position of structure thing setting unit 11 is formed with openings 25, so as to heat supply panel 60 is fixed on into works with part 38 50。

Also, through hole 28 is formed with the lower panel 20, in order to pass through can hot water supply pipe 35 and return pipe 36 Lead to be horizontally placed on inside heat supply panel 60.

Here, having illustrated the through hole 28 is both formed in upper panel 10 and lower panel 20, but can only be formed at Lower panel 20.

Also, in the diagram, to the hot water supply pipe 35 and return pipe 36 in addition to connector 29 and the part of lid 34 Before dividing filling concrete mortar or loess etc., it is pre-formed pipe arrangement feed-through 37 to be divided.

Thus, when assembling arranges hot water supply pipe 35 and return pipe 36 or changes in the future, it can be ensured that required space.

This pipe arrangement feed-through 37 not shown in following another embodiment, but also can shape in advance in another embodiment Guarantee space into pipe arrangement feed-through, and form dividing plate etc. being divided.

Afterwards, the rubber pange heat preserving agent 40 shown in Fig. 6 accordingly carries out injection mo(u)lding with the profile of lower panel 20 (figure 6 illustrates top open quadrangle box-shaped state) being attached to the bottom of lower panel 20, so as to the heat for preventing from supplying Measuring to the mode of bottom transmission carries out thermal insulation.

Now, as shown in fig. 6, rubber pange heat preserving agent (EPDM, ethylene propylene diene Monomer) 40 or polystyrene foam plastics heat-insulating material etc. are also in the position shape that the works setting unit 11 with upper panel 10 is corresponding Into there is openings 41, so as to heat supply panel 60 is fixed on into works 50 with part 31.

Now, inelastic heat-insulating material (not shown) can also be between works 50 and heat supply panel 60, to prevent Leakage heat.

In the structure of kang panel as above 60, if the binding groove with four method, edges for being formed at upper panel 10 18a accordingly pushes the kink 21a of lower panel 20, then the insertion projection 23 of lower panel 20 be formed at binding groove The locking combination of locking projection 16 of the inner side of 18a, meanwhile, the kink 21a of lower panel 20 enters binding groove 18a, and bends Shoulder 17 locking engaging in inner side is carried out in the end of portion 21a by the elasticity of kink 21a, so that upper panel 10 and bottom surfaces The dual combination of plate 20.

Afterwards, it is anchored on to form threaded top in the way of bolt from the bottom surface of bolt fastening port 22 of lower panel 20 The prominent fastening part 14 of panel 10.

Like this, by aperture sections from charging port 24 to the panel itself for being combined with upper panel 10 and lower panel 20 After filling concrete mortar or loess etc. are to carry out health, heat supply panel 60 is completed.

As shown in fig. 7, the hot water supply pipe 71 being connected with boiler B and backwater pipe arrangement 72 respectively with branches 73 and reversely Branches 74 are connected, the outlet of the branches 73 and the entrance of backward branch part 74 and hot water supply pipe 35 and return pipe 36 It is connected.

This hot water supply pipe 35 and return pipe 36 are adjacent in parallel by T-shaped connector 29 with insertion matches somebody with somebody The heat supply panel 60 put is connected come the heat supply pipe arrangement 27 formed in each heat supply panel 60.

Thus, the hot water of boiler B by hot water supply pipe 71, branches 73, hot water supply pipe 35 and connector 29 to The heat supply pipe arrangement 27 of each heat supply panel 60 is supplied and is used in after heat supply, by connector 29, return pipe 36, backward branch Part 74 and backwater pipe arrangement 72 are supplied again to boiler B.

As shown in figure 8, heat supply panel 60 is arranged in the way of assembling and supported by leg 52 and float on aerial state Works 50, in the state of heat supply panel 60 is located at the top of works 50, part 31 is by the structure of upper panel 10 Thing setting unit 11 is in combination with works 50, so that heat supply panel 60 is fixedly installed on works 50.

Now, each heat supply panel 60 can also be carried out absolutely with rubber pange heat preserving agent 40 to the bottom of heat supply panel 60 Heat, can also be after being constructed with heat-insulating material to whole bottom surface, setting structure thing 50.

Also, the height of adjustment structure thing can be carried out in the rational height adjustment unit of leg 52 contacted with slab.

Also, making the end section of the leg 52 becomes sharp, by the noise transmitted along structure to lower floor most Littleization, and adhere to noise cut-off pad 54 between upper and lower iron plate 53 with the support 51 of its leg 52, so as to have reduction interlayer The sound-absorbing effect of noise, and finished up to complete construction by hot blanket in the upper side of heat supply panel 60 for forming floating floor.

More than, illustrate and be connected with heating unit with the heat supply pipe arrangement 27 of heat supply panel 60 in boiler B The structure of row hot water circuit, but when by the electricity line with heating function making heating-surface such as carbon coating heater, metallic heating body, planar heat producing body During plate, polytype heat supply panel diversely can be made using pipe arrangement and distribution in panel itself according to its species.

And, it is preferable that the bi-metal temperature worked at a temperature of substantially 60～65 DEG C is arranged in the heating unit Sensor (not shown), to prevent temperature and heat, so as to prevent by excessively thermally-induced burn or fire.

As shown in figure 9, the upper panel and lower panel that form heat supply panel have and the upper side shown in Fig. 3 and Fig. 4 Plate 10 and the identical structure of lower panel 20 and shape, upper panel 10 is not provided with protuberance 13 and through hole 29, lower panel 20 are not provided with the heat supply pipe arrangement 27 as heating unit, hot water supply pipe 35, return pipe 36 and connector 29.

As its replacement, as heating unit, it is provided with the way of dry type for hotting mask 27a in the bottom surface of lower panel 20 Or thin planar heat producing body.

Wherein, fireproof heat-insulating plate or porcelain plate (not shown) are additionally provided with the bottom for hotting mask 27a, so as to box shape Iron plate 37 ending fixation is carried out by part 38.

Wherein, in upper panel 10, it is used only as if works setting unit 11 is not prominent to the bottom surface of heat supply panel 60 Works fastening purposes, then heat supply panel bottom surface be wholy set in works 50.

Afterwards, as shown in Figure 10, formed heat supply panel upper panel and lower panel have with shown in Fig. 2 b and Fig. 3 Upper panel 10 and the identical shape of lower panel 20, upper panel 10 is not provided with protuberance 13 and through hole 29, lower panel 20 are not provided with the heat supply pipe arrangement 27 as heating unit, hot water supply pipe 35, return pipe 36, connector 29, woven wire 26 And for the charging port 24 of filling concrete mortar or loess.

As its replacement, for the accumulation of heat with heating unit, centre panel 90a, 90b and for hotting mask 27a knot is arranged at Conjunction has the inner space of upper panel 10 and lower panel 20, and centre panel 90a, 90b is by ceramics or the plate or resistance to of porcelain Fiery heat-insulating shield is formed, so as to the setting apart from top to bottom in the way of a pair, for hotting mask 27a between it.

Also, openings 93 are formed with centre panel 90a, 90b, in order to the protrusion of upper panel 10 can be made tight Gu the insertion of portion 14.

Wherein, works setting unit 11 can not be formed in upper panel 10, and only can be used by works securing member.

As shown in figure 11, as another embodiment, heat supply panel 60 includes the top iron plate 70 of quadrangle and by iron plate The body of formation is folded upward at and makes the lower tank 80 of the open quadrangle in top, forms convex laterally on the top of lower tank 80 Edge 82, to carry out spot welding to the edge of flange 82 and top iron plate 70, to constitute heat supply panel 60.

Now, as shown in figure 4, being provided with heat supply panel 87 as heating unit etc. in the inner space of lower tank, from And bundled by woven wire 86 etc., and be connected with hot water supply pipe 85 and return pipe 89 by connector 83.

Also, through hole 88 and the face for being formed with the insertion for hot water supply pipe 85 and return pipe 89 is divided in lower tank 80 Pipe arrangement connection space between plate, the top iron plate 70 of the upside of the connector 83 by fractional open, so as to connect panel with lid 74 Between pipe arrangement, i.e. hot water supply pipe 85 and return pipe 89.

In the state of top iron plate 70 is in combination with lower tank 80, in the filling of the side by being formed at lower tank 80 Health is carried out after 84 filling concrete mortars of mouth or loess.

More than, technological thought of the invention is together described with accompanying drawing, but this is used to illustratively illustrate that the present invention's is excellent Embodiment is selected, and does not limit the present invention.Also, without departing from the present invention technological thought category in the range of appoint can carry out it is many Plant deformation and imitate, this is obvious for general technical staff of the technical field of the invention.

Claims

1. a kind of heating system, it is characterised in that include：

Works, floating floor is formed by thigh support in slab；And

Heat supply panel, is provided with upper panel and lower panel, the load on the inside of the corner that can bear the upper panel Part be downwardly projected and be formed with works setting unit, in order to be able to be fixed on the works, the upper panel is downward Outer wall is formed, the lower panel is folded upward at by body and is formed in combination with the bottom of the upper panel, described Lower panel is internally provided with heating unit, and the lower panel is provided with for making passing through for the works setting unit insertion Logical portion, in the state of the upper panel is in combination with lower panel, fills out in upper panel with the interstitial space of lower panel Water-filling cement mortar or loess are carrying out health.

2. heating system according to claim 1, it is characterised in that the heating unit is the heat supply being connected with boiler One kind in pipe arrangement, carbon coating heater, metallic heating body, planar heat producing body, electric line with heating function.

3. heating system according to claim 2, it is characterised in that the heating unit for heat supply pipe arrangement situation Under, bundled with the woven wire of the inside for being arranged at lower panel, in each heat supply panel, one end of heat supply pipe arrangement leads to Cross connector to be connected with the hot water supply pipe of the supplying tubing branch from boiler, the other end of heat supply pipe arrangement by connector with It is connected from the return pipe of the backwater pipe arrangement branch of boiler.

4. heating system according to claim 3, it is characterised in that the upper panel on the top of the connector is by part Open and be opened and closed by lid, between heat supply panel, hot water supply pipe and return pipe are assembled.

5. heating system according to claim 1, it is characterised in that the heating unit is provided with bi-metal temperature sensing Device.

6. a kind of heating system, it is characterised in that include：

Works, floating floor is formed by thigh support in slab；And

Heat supply panel, is provided with upper panel and lower panel, the load on the inside of the corner that can bear the upper panel Part be downwardly projected and be formed with works setting unit, in order to be able to be fixed on the works, the upper panel is downward Form outer wall, the lower panel is folded upward at by body and is formed in combination with the bottom of the upper panel, it is described under Portion's panel is provided with the breakthrough part for making the works setting unit insertion, in the bottom surface bottom of the lower panel with dry type Mode be attached with and supply hotting mask, the porcelain or ceramic wafer of the bottom of the confession hotting mask or fireproof heat-insulating plate are fixed by iron plate, In the state of the upper panel is in combination with lower panel, in upper panel and the interstitial space filling concrete of lower panel Mortar or loess are carrying out health.

7. the heating system according to claim 1 or 6, it is characterised in that

The upper panel forms aluminium material as mould molding,

The upper panel includes：

Protuberance, when filling concrete mortar or loess, for strengthening the binding of upper panel and cement mortar or loess；

Prominent fastening part, for being combined with lower panel；And

Muscle, for improving the robustness of upper panel,

Iron plate is folded upward at quadrangularly form to form body by the lower panel,

The lower panel includes：

Securing member, in the position corresponding with the prominent fastening part from lower to upper part fastening bolt；And

Charging port, for the aperture sections filling concrete sand of the inside of be folded upward at the one lateral heating-surface plate to the body Slurry.

8. heating system according to claim 7, it is characterised in that be formed with from outer wall bending two in the upper panel Fastening projection secondary and that there is binding groove between outer wall, it is prominent in outer wall and fastening to the side for being formed with the binding groove The mutually different height for rising is formed with locking shoulder and locking projection, is formed with from the curved of body bending in the lower panel Folding part, in order to be able to insert and be anchored on the binding groove, forms laterally in the position corresponding with the locking projection There is insertion projection, in the state of being inserted in binding groove in the kink, kink is engaging in fastening locking of projection Shoulder.

9. the heating system according to claim 1 or 6, it is characterised in that be additionally provided be formed with make by aluminium be molded it is upper The rubber pange heat preserving agent of the breakthrough part of the works setting unit insertion of portion's panel, so as to be attached to the bottom surface of lower panel.

10. the heating system according to claim 1 or 6, it is characterised in that the works of the upper panel being molded by aluminium sets Portion is put in the state of in combination with lower panel, the bottom surface not to lower panel is prominent, in heat supply panel works is positioned over In the state of, fastened with the works securing member for being formed at upper panel.

11. heating systems according to claim 1 or 6, it is characterised in that the leg of the works contacted with the slab Portion is provided with height adjusting unit, and noise cut-off pad is by the sharp thigh support in end between upper and lower iron plate.

12. heating systems according to claim 1 or 6, it is characterised in that in the formation all around of the upper panel There are gomphosis groove and chimeric teat, in order to be able to be embedded between adjacent heat supply panel.

13. a kind of heating systems, it is characterised in that include：

Works, floating floor is formed by thigh support in slab；And

Heat supply panel, is provided with upper panel, lower panel and centre panel, in the corner that can bear the upper panel The part of the load of side is downwardly projected and is formed with works setting unit, in order to be able to be fixed on the works, the top Panel is formed with the prominent fastening part for being combined with lower panel, and the upper panel forms downwards outer wall, described Lower panel is folded upward at by body and is formed in combination with the bottom of the upper panel, the lower panel be provided with for The breakthrough part of the works setting unit insertion, the lower panel is set to be formed with for corresponding with the prominent fastening part Position from the securing member of lower to upper part fastening bolt, the centre panel is stacked on top of one another by the plate of ceramics or porcelain and formed A pair, the centre panel is formed with the openings for making the prominent fastening part insertion, makes pottery between described in a pair for hotting mask The space for being combined with the upper panel and lower panel is located between porcelain or the plate of porcelain.

14. a kind of heating systems, it is characterised in that include：

Works, floating floor is formed by thigh support in slab；And

Heat supply panel, is provided with top iron plate and lower tank, and the top iron plate is formed with can be positioned over knot by heat supply panel Structure thing is come the works securing member that fastened, in order to be able to is fixed on the works, rather than is additionally formed with structure Thing setting unit, flange is formed with the box shape that top opens on the outside of the lower tank, is set in the inside of the lower tank Heating unit is equipped with, the lower tank is formed with the securing member that can be anchored on the works, on the side of the top iron plate Edge position in the state of the flange of lower tank is by welding come in combination with, lower tank interstitial space filling concrete mortar or Loess is carrying out health.