CN203686365U

CN203686365U - Insulation fixing and mounting device for floor heating pipes

Info

Publication number: CN203686365U
Application number: CN201320840113.3U
Authority: CN
Inventors: 黄忠平
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-18
Filing date: 2013-12-18
Publication date: 2014-07-02
Anticipated expiration: 2023-12-18

Abstract

The utility model discloses an insulation fixing and mounting device for floor heating pipes. The device comprises an insulation basal body which is formed by splicing a plurality of insulation blocks made from resin material, wherein aluminum foil insulation layers are laid on the insulation blocks, a plurality of insulation layer fixing protuberances and pipe fixing protuberances are distributed on the upper surfaces of the insulation blocks, pipe grooves are formed between the pipe fixing protuberances, four insulation layer fixing protuberances are formed into a group and are distributed in a rectangle, a plurality of pipe fixing protuberances are distributed in a circle, air circulation channels which are communicated with the pipe grooves are distributed on the pipe fixing protuberances, and the lower surfaces of the insulation blocks, corresponding to the insulation layer fixing protuberances and the pipe fixing protuberances, are in respectively hollow arrangement. The aluminum foil insulation layers are laid on the insulation blocks, so that insulation effect is good, the heat conducting efficiency is high, heat loss due to wet type floor heating laying is avoided, the aluminum foil insulation layers provide convenience for increasing the floor heating effect, the waste of heat energy is avoided, and the increase of the heat circulation due to the arrangement of the air circulation channels provides convenience for increasing the uniformity and the consistency of indoor heating.

Description

Floor heating pipe insulation secure mounting arrangements

technical field

The utility model relates to a kind of floor heating pipe insulation secure mounting arrangements.

Background technique

Wet type ground heater laying process is originally: first levelling ground, leveling is made in uneven surface; When water knockout drum is installed, need to install by the position of delimiting in advance; The laying of warming plate will be paved sternly; Before installation heating pipe, carry out water pressure test for strength, all qualified rear installations of test, pipeline installs, and water pressure test for strength is carried out again together with water distributor system in pipe ring road, fills out concrete after pass the test; After treating the concrete curing cycle, smear the laying on screed-coat and ground.

The shortcoming of wet type ground heater laying maximum is constructed loaded down with trivial details exactly, heat-transfer rate is slow, increase the weight of building, construction Thickness Ratio dry floor heating is large, simultaneously because the heat-conducting property of cement is poor, or inhomogeneous due to cement plastering, easily causes floor local heating too high, the problem such as cause to break in floor.Wet type floor heating, in the time occurring pipeline breaking or need to again fit up, be often difficult for changing, or it is very high to change cost in addition.

Model utility content

Technical problem to be solved in the utility model is to provide a kind of floor heating pipe easy for installation, insulation good fixing effect and is incubated secure mounting arrangements.

For solving the problems of the technologies described above, the technical solution of the utility model is: floor heating pipe insulation secure mounting arrangements, comprise by the insulation block of the some resin materials insulation matrix forming of pegging graft, described insulation block top is equipped with foil insulation, the upper surface of described insulation block is distributed with some for through the thermal insulation layer fixed projection of described foil insulation with for the body fixed projection of heating coil regularly, between described body fixed projection, be formed with the tube seat that holds described floor heating pipe, described thermal insulation layer fixed projection quaternion, and rectangular distribution, described insulation block is spliced into the rounded distribution of some described body fixed projections after described insulation matrix, on described body fixed projection, be distributed with the air communication channel that is communicated with described tube seat, the corresponding described thermal insulation layer fixed projection place of lower surface and the described body fixed projection place of described insulation block are respectively hollow out setting.

Improve as one, described air communication channel is cross setting on described body fixed projection.

Improve as one, two limit portions of described insulation block are provided with inserting groove, and two other limit portion of described insulation block is provided with and the described inserting groove shape pawl of pegging graft accordingly.

Improve inserting groove adjacent setting on described insulation block described in two, the pawl adjacent setting on described insulation block of pegging graft described in two as one.

Improve as one, described inserting groove is arranged in described insulation block, and described grafting pawl extends to described insulation block outside.

Owing to having adopted technique scheme, floor heating pipe insulation secure mounting arrangements, comprise by the insulation block of the some resin materials insulation matrix forming of pegging graft, described insulation block top is equipped with foil insulation, the upper surface of described insulation block is distributed with some for through the thermal insulation layer fixed projection of described foil insulation with for the body fixed projection of heating coil regularly, between described body fixed projection, be formed with the tube seat that holds described floor heating pipe, described thermal insulation layer fixed projection quaternion, and rectangular distribution, described insulation block is spliced into the rounded distribution of some described body fixed projections after described insulation matrix, on described body fixed projection, be distributed with the air communication channel that is communicated with described tube seat, the corresponding described thermal insulation layer fixed projection place of lower surface and the described body fixed projection place of described insulation block are respectively hollow out setting, the beneficial effects of the utility model are: insulation block is resin material, lighter, be convenient to install, and on insulation block, be laid with foil insulation, high insulating effect, and heat transfer efficiency is high, the thermal loss of having avoided wet type ground heater laying to cause, contributes to improve floor heating effect, avoids thermal waste, the circulation of the hot gas that increase is set of air communication channel, contributes to improve uniformity and the conformity of indoor heating.

brief description of the drawings

The following drawings is only intended to the utility model to schematically illustrate and explain, does not limit scope of the present utility model.Wherein:

Fig. 1 is the structural representation of the utility model embodiment insulation block upper surface;

Fig. 2 is the structural representation of the utility model embodiment insulation block lower surface;

Fig. 3 is that the utility model embodiment lays the structural representation after foil insulation;

Wherein: 1-insulation block; 2-foil insulation; 3-thermal insulation layer fixed projection; 4-body fixed projection; 5-tube seat; 6-air communication channel; 7-inserting groove; 8-grafting pawl.

Embodiment

As Fig. 1, shown in Fig. 2 and Fig. 3, floor heating pipe insulation secure mounting arrangements, comprise by the insulation block 1 of the some resin materials insulation matrix forming of pegging graft, described insulation block 1 top is equipped with foil insulation 2, the upper surface of described insulation block 1 is distributed with some for through the thermal insulation layer fixed projection 3 of described foil insulation 2 with for the body fixed projection 4 of heating coil regularly, between described body fixed projection 4, be formed with the tube seat 5 that holds described floor heating pipe, described thermal insulation layer fixed projection 3 quaternions, and rectangular distribution, can prevent from producing turnup phenomenon after the long-term use of foil insulation 2, ensure the planarization of foil insulation 2.

Described insulation block 1 is spliced into the rounded distribution of some described body fixed projections 4 after described insulation matrix, when heating coil is laid easily, turns to setting, is distributed with the air communication channel 6 that is communicated with described tube seat 5 on described body fixed projection 4; Corresponding described thermal insulation layer fixed projection 3 places of lower surface and described body fixed projection 4 places of described insulation block 1 are respectively hollow out setting, and hollow out setting can prevent the too much absorption heat in floor of floor heating pipe below, to ensure that heat distributes to indoor to greatest extent.

Air communication channel 6 described in the present embodiment is cross setting on described body fixed projection 4, contributes to the circulation of hot gas between floor heating pipe, ensures conformity and the uniformity of indoor function.

Two limit portions of described insulation block 1 are provided with inserting groove 7, two other limit portion of described insulation block 1 is provided with and the described inserting groove 7 shapes pawl 8 of pegging graft accordingly, inserting groove 7 adjacent setting on described insulation block 1 described in two, the pawl 8 adjacent setting on described insulation block 1 of pegging graft described in two, described inserting groove 7 is arranged in described insulation block 1, described grafting pawl 8 extends to described insulation block 1 outside, to facilitate multiple insulation blocks 1 to be connected to form fast insulation matrix.

To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the utility model.To be apparent for those skilled in the art to these embodiments' multiple amendment, General Principle as defined herein can, in the situation that not departing from spirit or scope of the present utility model, realize in other embodiments.Therefore, the utility model will can not be limited to these embodiments shown in this article, but will accord with principle disclosed herein and features of novelty the widest consistent scope.

Claims

1. floor heating pipe insulation secure mounting arrangements, comprise by the insulation block of the some resin materials insulation matrix forming of pegging graft, it is characterized in that: described insulation block top is equipped with foil insulation, the upper surface of described insulation block is distributed with some for through the thermal insulation layer fixed projection of described foil insulation with for the body fixed projection of heating coil regularly, between described body fixed projection, be formed with the tube seat that holds described floor heating pipe, described thermal insulation layer fixed projection quaternion, and rectangular distribution, described insulation block is spliced into the rounded distribution of some described body fixed projections after described insulation matrix, on described body fixed projection, be distributed with the air communication channel that is communicated with described tube seat, the corresponding described thermal insulation layer fixed projection place of lower surface and the described body fixed projection place of described insulation block are respectively hollow out setting.

2. floor heating pipe insulation secure mounting arrangements as claimed in claim 1, is characterized in that: described air communication channel is cross setting on described body fixed projection.

3. floor heating pipe as claimed in claim 1 or 2 insulation secure mounting arrangements, is characterized in that: two limit portions of described insulation block are provided with inserting groove, and two other limit portion of described insulation block is provided with and the described inserting groove shape pawl of pegging graft accordingly.

4. floor heating pipe insulation secure mounting arrangements as claimed in claim 3, is characterized in that: inserting groove adjacent setting on described insulation block described in two, the pawl adjacent setting on described insulation block of pegging graft described in two.

5. floor heating pipe insulation secure mounting arrangements as claimed in claim 3, is characterized in that: described inserting groove is arranged in described insulation block, and described grafting pawl extends to described insulation block outside.